Gets the maximum feed per tooth value in millimeters.
Gets the minimum feed per tooth value in millimeters.
+
Gets the minimum feed per tooth value in millimeters.
+By the principle of conservation,
+if the value is different from the NcOptOption.MinFeedPerTooth_mm,
+The larger value will be applied in the optimization process.
diff --git a/App/wwwroot/HiAPI-docsite/api/Hi.Physics.WorkpieceMaterial.html b/App/wwwroot/HiAPI-docsite/api/Hi.Physics.WorkpieceMaterial.html
index b528701..cac1e98 100644
--- a/App/wwwroot/HiAPI-docsite/api/Hi.Physics.WorkpieceMaterial.html
+++ b/App/wwwroot/HiAPI-docsite/api/Hi.Physics.WorkpieceMaterial.html
@@ -415,38 +415,6 @@ Class WorkpieceMaterial
-
-
-
- EffectiveDepthForElogation_mm
-
-
-
-
Gets or sets the effective depth for elongation in millimeters (mm).
-
-
-
-
-
public double EffectiveDepthForElogation_mm { get; set; }
-
-
-
-
-
-
-
Property Value
-
- - double
-
-
-
-
-
-
-
-
-
-
diff --git a/App/wwwroot/HiAPI-docsite/brief/user-guide/zh-Hant/script/NcOptimization/index.html b/App/wwwroot/HiAPI-docsite/brief/user-guide/zh-Hant/script/NcOptimization/index.html
index b01533a..3d8a306 100644
--- a/App/wwwroot/HiAPI-docsite/brief/user-guide/zh-Hant/script/NcOptimization/index.html
+++ b/App/wwwroot/HiAPI-docsite/brief/user-guide/zh-Hant/script/NcOptimization/index.html
@@ -119,6 +119,14 @@ OptPreferedForce_N = <實數>;
重新插捕後NC碼會增加，可以更好地控制加減速。
+
當優化程序用重新插補並且進給率變化超過進給賦值倍率時，系統會依據OptMaxAcceleration_mmds2插入附帶進給率指令的NC碼。
+
進給賦值倍率越小，插補點越密集。進給賦值倍率越大，則偏離優化標的的程度越大。
+
在改進給賦值倍率的同時也要對應加大安全係數。
+進給賦值倍率若是0.01，就是1%，每變更1%進給率就會給個新的插補點。
+如果改大，比方說10%，可能會變成該處理論值應該是F100，可是優化後卻是F110，所以要配合安全係數修改。
+
沒有切到工件的NC路徑，為無切削區域。優化後該路徑將採用無切削區域進給率。
diff --git a/App/wwwroot/HiAPI-docsite/index.json b/App/wwwroot/HiAPI-docsite/index.json
index 5f6a832..1db0d10 100644
--- a/App/wwwroot/HiAPI-docsite/index.json
+++ b/App/wwwroot/HiAPI-docsite/index.json
@@ -987,7 +987,7 @@
"api/Hi.CutterLocations.ClStrips.ClStrip.html": {
"href": "api/Hi.CutterLocations.ClStrips.ClStrip.html",
"title": "Class ClStrip | HiAPI-C# 2025",
- "summary": "Class ClStrip Namespace Hi.CutterLocations.ClStrips Assembly HiMech.dll Represents a CL (Cutter Location) strip for 3D display. This class manages the display and interaction of cutter location points and lines. public class ClStrip : IDisplayee, IExpandToBox3d, IDisposable Inheritance object ClStrip Implements IDisplayee IExpandToBox3d IDisposable Inherited Members object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate
(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) BoundSelectorUtil.GetStepRange(ClStrip, BoundSelectorPair) DispUtil.Display(IDisplayee, Bind, Mat4d) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Constructors ClStrip(int) Initializes a new instance of the ClStrip class. public ClStrip(int cap = 2048) Parameters cap int The initial capacity of the strip Fields slice_distance The distance between slices for efficient rendering. public const int slice_distance = 8192 Field Value int Properties AbsDispEnd Gets the absolute display end position. If the display end is set to -1, returns the total number of positions. public int AbsDispEnd { get; } Property Value int CallRefreshDrawing internal use public bool CallRefreshDrawing { get; } Property Value bool IsShowDot Gets or sets whether to display dots at each position. public bool IsShowDot { get; set; } Property Value bool StripPoses Gets the list of strip positions. Do not add or remove elements directly. public SynList StripPoses { get; } Property Value SynList StripPosesClearLock Gets the lock for thread-safe operations on strip positions. public ReaderWriterLockSlim StripPosesClearLock { get; } Property Value ReaderWriterLockSlim StripPosesCount Gets the thread-safe count of strip positions. public int StripPosesCount { get; } Property Value int Methods Add(object, DVec3d) Adds a new position to the strip. public ClStripPos Add(object state, DVec3d programCl) Parameters state object The state object associated with the position programCl DVec3d The cutter location Returns ClStripPos The newly created strip position Clear(object) Clears all strip positions and resets the display state. public void Clear(object sender) Parameters sender object The object that initiated this clear operation Display(Bind) Displays the strip. public void Display(Bind bind) Parameters bind Bind The binding context for display Dispose() Disposes of the resources used by this strip. public void Dispose() Dispose(bool) Disposes of the resources used by this strip. protected virtual void Dispose(bool disposing) Parameters disposing bool Whether this is being called from Dispose ExpandToBox3d(Box3d) Expands the given box to include all strip positions. public void ExpandToBox3d(Box3d dst) Parameters dst Box3d The box to expand GetDispBegin() Gets the current display begin position. public int GetDispBegin() Returns int The display begin position GetDispEnd() Gets the current display end position. A value of -1 indicates that the display should follow the end of the strip. public int GetDispEnd() Returns int The display end position GetEnteredPos() Gets the currently entered position. public ClStripPos GetEnteredPos() Returns ClStripPos The entered position GetFittingView(Mat4d, Mat4d) Gets a scaled fitting view based on the strip display range. public Mat4d GetFittingView(Mat4d sketchView, Mat4d clStripZeroToRoot = null) Parameters sketchView Mat4d The sketch view matrix clStripZeroToRoot Mat4d The transformation from strip zero to root Returns Mat4d The scaled fitting view matrix GetSelectedPos() Gets the currently selected position. public ClStripPos GetSelectedPos() Returns ClStripPos The selected position GetStripPos(int, bool) Gets a strip position by index. public ClStripPos GetStripPos(int index, bool isLocked = false) Parameters index int The index of the position isLocked bool Whether the strip positions are already locked Returns ClStripPos The strip position at the specified index RefreshDrawing() Marks the drawing for refresh. public void RefreshDrawing() RefreshDrawingInRendering(bool) internal use public void RefreshDrawingInRendering(bool isLocked) Parameters isLocked bool SetDispBegin(int, object) Sets the display begin position. public void SetDispBegin(int value, object caller) Parameters value int The new display begin position caller object The object that initiated this change SetDispEnd(int, object) Sets the display end position. A value of -1 indicates that the display should follow the end of the strip. public void SetDispEnd(int value, object caller) Parameters value int The new display end position caller object The object that initiated this change SetEnteredPos(ClStripPos, object) Sets the currently entered position. public void SetEnteredPos(ClStripPos value, object sender) Parameters value ClStripPos The new entered position sender object The object that initiated this change SetSelectedPos(ClStripPos, object) Sets the currently selected position. public void SetSelectedPos(ClStripPos value, object sender) Parameters value ClStripPos The new selected position sender object The object that initiated this change ShrinkAttachmentMemory() Shrinks the attachment memory for all positions. public void ShrinkAttachmentMemory() StripPosesThreadSafeSelect(Func) Thread-safe selection of strip positions. public List StripPosesThreadSafeSelect(Func func) Parameters func Func The function to transform each strip position Returns List A list of transformed strip positions Type Parameters T The type of the selected data Events AbsDispEndChanged Event raised when the absolute display end position changes. public event EventHandler AbsDispEndChanged Event Type EventHandler DispBeginChanged Event raised when the display begin position changes. public event EventHandler DispBeginChanged Event Type EventHandler DispEndChanged Event raised when the display end position changes. public event EventHandler DispEndChanged Event Type EventHandler DrawingRefreshing Event raised when the drawing is being refreshed. public event EventHandler DrawingRefreshing Event Type EventHandler MachiningStepSelected The same effecting position as PosSelected but with more convenient arguments for the end-user. public event Action MachiningStepSelected Event Type Action PosAdded Event raised when a new position is added to the strip. public event Action PosAdded Event Type Action PosEntered Event raised when the mouse enters a position. public event EventHandler PosEntered Event Type EventHandler PosSelected Event raised when a position is selected. public event EventHandler PosSelected Event Type EventHandler StaticPosSelected Static event raised when any position is selected. public static event EventHandler StaticPosSelected Event Type EventHandler"
+ "summary": "Class ClStrip Namespace Hi.CutterLocations.ClStrips Assembly HiMech.dll Represents a CL (Cutter Location) strip for 3D display. This class manages the display and interaction of cutter location points and lines. public class ClStrip : IDisplayee, IExpandToBox3d, IDisposable Inheritance object ClStrip Implements IDisplayee IExpandToBox3d IDisposable Inherited Members object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) BoundSelectorUtil.GetStepRange(ClStrip, BoundSelectorPair) DispUtil.Display(IDisplayee, Bind, Mat4d) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Constructors ClStrip(int) Initializes a new instance of the ClStrip class. public ClStrip(int cap = 2048) Parameters cap int The initial capacity of the strip Fields slice_distance The distance between slices for efficient rendering. public const int slice_distance = 8192 Field Value int Properties AbsDispEnd Gets the absolute display end position. If the display end is set to -1, returns the total number of positions. public int AbsDispEnd { get; } Property Value int CallRefreshDrawing internal use public bool CallRefreshDrawing { get; } Property Value bool IsKeepingDispAlive Keep the disp range to at least two dots while the stripe length enough. public bool IsKeepingDispAlive { get; set; } Property Value bool IsShowDot Gets or sets whether to display dots at each position. public bool IsShowDot { get; set; } Property Value bool StripPoses Gets the list of strip positions. Do not add or remove elements directly. public SynList StripPoses { get; } Property Value SynList StripPosesClearLock Gets the lock for thread-safe operations on strip positions. public ReaderWriterLockSlim StripPosesClearLock { get; } Property Value ReaderWriterLockSlim StripPosesCount Gets the thread-safe count of strip positions. public int StripPosesCount { get; } Property Value int Methods Add(object, DVec3d) Adds a new position to the strip. public ClStripPos Add(object state, DVec3d programCl) Parameters state object The state object associated with the position programCl DVec3d The cutter location Returns ClStripPos The newly created strip position Clear(object) Clears all strip positions and resets the display state. public void Clear(object sender) Parameters sender object The object that initiated this clear operation Display(Bind) Displays the strip. public void Display(Bind bind) Parameters bind Bind The binding context for display Dispose() Disposes of the resources used by this strip. public void Dispose() Dispose(bool) Disposes of the resources used by this strip. protected virtual void Dispose(bool disposing) Parameters disposing bool Whether this is being called from Dispose ExpandToBox3d(Box3d) Expands the given box to include all strip positions. public void ExpandToBox3d(Box3d dst) Parameters dst Box3d The box to expand GetDispBegin() Gets the current display begin position. public int GetDispBegin() Returns int The display begin position GetDispEnd() Gets the current display end position. A value of -1 indicates that the display should follow the end of the strip. public int GetDispEnd() Returns int The display end position GetEnteredPos() Gets the currently entered position. public ClStripPos GetEnteredPos() Returns ClStripPos The entered position GetFittingView(Mat4d, Mat4d) Gets a scaled fitting view based on the strip display range. public Mat4d GetFittingView(Mat4d sketchView, Mat4d clStripZeroToRoot = null) Parameters sketchView Mat4d The sketch view matrix clStripZeroToRoot Mat4d The transformation from strip zero to root Returns Mat4d The scaled fitting view matrix GetSelectedPos() Gets the currently selected position. public ClStripPos GetSelectedPos() Returns ClStripPos The selected position GetStripPos(int, bool) Gets a strip position by index. public ClStripPos GetStripPos(int index, bool isLocked = false) Parameters index int The index of the position isLocked bool Whether the strip positions are already locked Returns ClStripPos The strip position at the specified index RefreshDrawing() Marks the drawing for refresh. public void RefreshDrawing() RefreshDrawingInRendering(bool) internal use public void RefreshDrawingInRendering(bool isLocked) Parameters isLocked bool SetDispBegin(int, object) Sets the display begin position. public void SetDispBegin(int value, object caller) Parameters value int The new display begin position caller object The object that initiated this change SetDispEnd(int, object) Sets the display end position. A value of -1 indicates that the display should follow the end of the strip. public void SetDispEnd(int value, object caller) Parameters value int The new display end position caller object The object that initiated this change SetDispRange(int, int, object, int) public void SetDispRange(int beginIndex, int endIndex, object caller, int lowestLength = 2) Parameters beginIndex int endIndex int caller object lowestLength int SetEnteredPos(ClStripPos, object) Sets the currently entered position. public void SetEnteredPos(ClStripPos value, object sender) Parameters value ClStripPos The new entered position sender object The object that initiated this change SetSelectedPos(ClStripPos, object) Sets the currently selected position. public void SetSelectedPos(ClStripPos value, object sender) Parameters value ClStripPos The new selected position sender object The object that initiated this change ShrinkAttachmentMemory() Shrinks the attachment memory for all positions. public void ShrinkAttachmentMemory() StripPosesThreadSafeSelect(Func) Thread-safe selection of strip positions. public List StripPosesThreadSafeSelect(Func func) Parameters func Func The function to transform each strip position Returns List A list of transformed strip positions Type Parameters T The type of the selected data Events AbsDispEndChanged Event raised when the absolute display end position changes. public event EventHandler AbsDispEndChanged Event Type EventHandler DispBeginChanged Event raised when the display begin position changes. public event EventHandler DispBeginChanged Event Type EventHandler DispEndChanged Event raised when the display end position changes. public event EventHandler DispEndChanged Event Type EventHandler DrawingRefreshing Event raised when the drawing is being refreshed. public event EventHandler DrawingRefreshing Event Type EventHandler MachiningStepSelected The same effecting position as PosSelected but with more convenient arguments for the end-user. public event Action MachiningStepSelected Event Type Action PosAdded Event raised when a new position is added to the strip. public event Action PosAdded Event Type Action PosEntered Event raised when the mouse enters a position. public event EventHandler PosEntered Event Type EventHandler PosSelected Event raised when a position is selected. public event EventHandler PosSelected Event Type EventHandler StaticPosSelected Static event raised when any position is selected. public static event EventHandler StaticPosSelected Event Type EventHandler"
},
"api/Hi.CutterLocations.ClStrips.ClStripPos.html": {
"href": "api/Hi.CutterLocations.ClStrips.ClStripPos.html",
@@ -1592,7 +1592,7 @@
"api/Hi.Geom.Vec3d.html": {
"href": "api/Hi.Geom.Vec3d.html",
"title": "Class Vec3d | HiAPI-C# 2025",
- "summary": "Class Vec3d Namespace Hi.Geom Assembly HiGeom.dll Basic 3D point (or vector). [BsonIgnoreExtraElements] public class Vec3d : IEquatable, IExpandToBox3d, IBinaryIo, IWriteBin, ICsvRowIo, IEqualityOperators, IAdditionOperators, ISubtractionOperators, IMultiplyOperators, IMultiplyOperators, IDivisionOperators, IVec, IFormattable Inheritance object Vec3d Implements IEquatable IExpandToBox3d IBinaryIo IWriteBin ICsvRowIo IEqualityOperators IAdditionOperators ISubtractionOperators IMultiplyOperators IMultiplyOperators IDivisionOperators IVec IFormattable Inherited Members object.Equals(object, object) object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) Extension Methods BinIoUtil.ToBytes(IWriteBin) GeomUtil.ExpandToBox3d(IExpandToBox3d, Mat4d, Box3d) GeomUtil.GetBox3d(IExpandToBox3d) DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Constructors Vec3d() Ctor. public Vec3d() Vec3d(Polar3d) Ctor. public Vec3d(Polar3d src) Parameters src Polar3d src Vec3d(Vec3d) Copy ctor. public Vec3d(Vec3d src) Parameters src Vec3d src Vec3d(vec3d) ctor. public Vec3d(vec3d src) Parameters src vec3d src Vec3d(vec3f) ctor. public Vec3d(vec3f src) Parameters src vec3f src Vec3d(IEnumerable) Creates a vector from an enumerable collection of three double values. public Vec3d(IEnumerable src) Parameters src IEnumerable Source collection containing three double values Vec3d(double, double, double) Ctor. public Vec3d(double x, double y, double z) Parameters x double x y double y z double z Vec3d(Func) Creates a vector using a function that maps direction index to value. public Vec3d(Func dirToValueFunc) Parameters dirToValueFunc Func Function that takes direction index (0=X, 1=Y, 2=Z) and returns the corresponding value Vec3d(BinaryReader) Ctor by bytes: x = reader.ReadDouble(); y = reader.ReadDouble(); z = reader.ReadDouble(); public Vec3d(BinaryReader reader) Parameters reader BinaryReader reader Vec3d(int, double, double, double) Ctor by direction offset. Direction 0,1,2 indicate x,y,z respectively. public Vec3d(int dir, double a, double b, double c) Parameters dir int direction offset a double value at direction (0+dir)%3 b double value at direction (1+dir)%3 c double value at direction (2+dir)%3 Vec3d(string) Ctor by string. The format is (x,y,z). public Vec3d(string src) Parameters src string src Vec3d((double, double, double)) Ctor. public Vec3d((double, double, double) src) Parameters src (double, double, double) src Fields x Value at x direction. public double x Field Value double y Value at y direction. public double y Field Value double z Value at z direction. public double z Field Value double Properties AbsSum [BsonIgnore] public double AbsSum { get; } Property Value double Sum of the abs {x,y,z}. Which is Math.Abs(x) + Math.Abs(y) + Math.Abs(z). AllOne public static Vec3d AllOne { get; } Property Value Vec3d Generate Vec3d(1, 1, 1). CsvText Csv text. [BsonIgnore] public string CsvText { get; set; } Property Value string CsvTitleText Csv titles text. [BsonIgnore] public string CsvTitleText { get; } Property Value string ElementNum Element number: 3 for (x,y,z). public static int ElementNum { get; } Property Value int IsAllFinite [BsonIgnore] public bool IsAllFinite { get; } Property Value bool Is x,y,z all finite. IsAllNaN [BsonIgnore] public bool IsAllNaN { get; } Property Value bool is x,y,z all NaN. IsAllNegativeInfinity [BsonIgnore] public bool IsAllNegativeInfinity { get; } Property Value bool is x,y,z all NegativeInfinity. IsAllPositiveInfinity [BsonIgnore] public bool IsAllPositiveInfinity { get; } Property Value bool is x,y,z all PositiveInfinity. IsAnyFinite [BsonIgnore] public bool IsAnyFinite { get; } Property Value bool Is at least one of x,y,z finite. IsAnyNaN [BsonIgnore] public bool IsAnyNaN { get; } Property Value bool Is any of {x,y,z} NaN. IsZero [BsonIgnore] public bool IsZero { get; } Property Value bool Is zero vector. Which is x == 0 && y == 0 && z == 0. this[int] Gets or sets the element at the specified index. public double this[int dir] { get; set; } Parameters dir int Property Value double The element at the specified index. Length [BsonIgnore] public double Length { get; } Property Value double Geometry length of this. LengthSquare [BsonIgnore] public double LengthSquare { get; } Property Value double Geometry length ^ 2. Which is x * x + y * y + z * z. MaxAbsDir [BsonIgnore] public int MaxAbsDir { get; } Property Value int Get the direction index with maximum absolute value. If the absolute of {x,y,z} is the biggest, return {0,1,2}. MaxDir [BsonIgnore] public int MaxDir { get; } Property Value int Get the direction index with maximum value. If {x,y,z} is the biggest, return {0,1,2}. MaxValue [BsonIgnore] public double MaxValue { get; } Property Value double The max value selected from {x,y,z}. Which is Math.Max(Math.Max(x, y), z). MinDir [BsonIgnore] public int MinDir { get; } Property Value int Get the direction index with maximum value. If {x,y,z} is the biggest, return {0,1,2}. MinValue [BsonIgnore] public double MinValue { get; } Property Value double The min value selected from {x,y,z}. Which is Math.Min(Math.Min(x, y), z). NaN public static Vec3d NaN { get; } Property Value Vec3d Generate Vec3d(double.NaN, double.NaN, double.NaN). NativeByteSize public static int NativeByteSize { get; } Property Value int Byte size: sizeof(double) * 3. NegativeInfinity public static Vec3d NegativeInfinity { get; } Property Value Vec3d Generate Vec3d(double.NegativeInfinity, double.NegativeInfinity, double.NegativeInfinity) PositiveInfinity public static Vec3d PositiveInfinity { get; } Property Value Vec3d Generate Vec3d(double.PositiveInfinity, double.PositiveInfinity, double.PositiveInfinity) Rank Dimension (i.e. Size) of the Vector. public int Rank { get; } Property Value int Text Gets or sets the vector as a string representation. [BsonIgnore] public string Text { get; set; } Property Value string UnitX public static Vec3d UnitX { get; } Property Value Vec3d Generate Vec3d(1, 0, 0). UnitY public static Vec3d UnitY { get; } Property Value Vec3d Generate Vec3d(0, 1, 0). UnitZ public static Vec3d UnitZ { get; } Property Value Vec3d Generate Vec3d(0, 0, 1). X Value at x direction. [BsonElement] public double X { get; set; } Property Value double XY Vec2d of X and Y. The getter gets a copied object. [BsonIgnore] public Vec2d XY { get; set; } Property Value Vec2d Y Value at y direction. [BsonElement] public double Y { get; set; } Property Value double Z Value at z direction. [BsonElement] public double Z { get; set; } Property Value double Zero public static Vec3d Zero { get; } Property Value Vec3d Generate Vec3d(0, 0, 0). Methods All(double) Creates a vector with all components set to the specified value. public static Vec3d All(double v) Parameters v double Value to set for all components Returns Vec3d A new vector with all components set to the specified value At(int) Get the value at the dirction. Direction 0,1,2 are x,y,z. If direction index is larger than 2, the return value is at z direction. public ref double At(int dir) Parameters dir int direction index Returns double value at the direction BilinearInterpolate(Vec3d, Vec3d, Vec3d, Vec3d, double, double) Performs bilinear interpolation between four points. public static Vec3d BilinearInterpolate(Vec3d p00, Vec3d p01, Vec3d p10, Vec3d p11, double u, double v) Parameters p00 Vec3d Point at (0,0) p01 Vec3d Point at (0,1) p10 Vec3d Point at (1,0) p11 Vec3d Point at (1,1) u double Interpolation parameter in first dimension (0.0 to 1.0) v double Interpolation parameter in second dimension (0.0 to 1.0) Returns Vec3d The interpolated point Cross(Vec3d, Vec3d) Get a cross b. public static Vec3d Cross(Vec3d a, Vec3d b) Parameters a Vec3d a b Vec3d b Returns Vec3d a x b Dot(Vec3d) this dot src. public double Dot(Vec3d src) Parameters src Vec3d src Returns double dotted value Enumerate() Enumerates the components of the vector. public IEnumerable Enumerate() Returns IEnumerable An enumerable sequence of the vector's components (X, Y, Z) Equals(Vec3d) Indicates whether the current object is equal to another object of the same type. public bool Equals(Vec3d other) Parameters other Vec3d An object to compare with this object. Returns bool true if the current object is equal to the other parameter; otherwise, false. Equals(Vec3d, double) check equals for each component with tolerance. public bool Equals(Vec3d other, double toleranceForEachComponent) Parameters other Vec3d other vec toleranceForEachComponent double tolerance for each component Returns bool check equals for each component with tolerance. Equals(object) Determines whether the specified object is equal to the current object. public override bool Equals(object obj) Parameters obj object The object to compare with the current object. Returns bool true if the specified object is equal to the current object; otherwise, false. ExpandMax(Vec3d) Find and expand maximum values from src. public void ExpandMax(Vec3d src) Parameters src Vec3d src ExpandMin(Vec3d) Find and expand minimum values from src. public void ExpandMin(Vec3d src) Parameters src Vec3d src ExpandToBox3d(Box3d) Expands the destination box. This function is usually used to compute the bounding box of elements. public void ExpandToBox3d(Box3d dst) Parameters dst Box3d Destination box GetCosSquareWith(Vec3d) Get Cos(theta)^2. theta is the angle between this and src. This function is faster than GetCosWith(Vec3d) since it lacks one square root operation. public double GetCosSquareWith(Vec3d src) Parameters src Vec3d one of edge vector Returns double Cos(theta)^2 GetCosWith(Vec3d) Get Cos(theta). theta is the angle between this and v. public double GetCosWith(Vec3d v) Parameters v Vec3d a vector Returns double Cos(theta) GetCross(Vec3d) Get this cross src. public Vec3d GetCross(Vec3d src) Parameters src Vec3d src Returns Vec3d GetCsvText(string) Gets the CSV text representation of this vector with the specified format. public string GetCsvText(string format) Parameters format string Format string for the double values Returns string CSV formatted string GetEachValueAbs() Creates a new vector with the absolute value of each component. public Vec3d GetEachValueAbs() Returns Vec3d A new vector with absolute values of each component GetHashCode() Serves as the default hash function. public override int GetHashCode() Returns int A hash code for the current object. GetMulEach(Vec3d) Creates a new vector by multiplying each component of this vector with the corresponding component of another vector. public Vec3d GetMulEach(Vec3d vec) Parameters vec Vec3d The vector to multiply with Returns Vec3d A new vector with component-wise multiplication results GetMulWithoutTrans(Mat4d) Get a new object by this*mat without translation part. public Vec3d GetMulWithoutTrans(Mat4d mat) Parameters mat Mat4d transform matrix Returns Vec3d new Vec3d(x * mat.At(0, 0) + y * mat.At(1, 0) + z * mat.At(2, 0) , x* mat.At(0, 1) + y* mat.At(1, 1) + z* mat.At(2, 1) , x* mat.At(0, 2) + y* mat.At(1, 2) + z* mat.At(2, 2)) GetNormalized() Generate normalized vec. public Vec3d GetNormalized() Returns Vec3d Normalized vec GetRadian(Vec3d) Get angle between this and v. The angle has no sign. This vector is not required to be an unit vector. public double GetRadian(Vec3d v) Parameters v Vec3d one of the edge vector. Not required to be an unit vector. Returns double Angle in radian GetRadian(Vec3d, Vec3d) Get angle between this and v. This function applies normal vector to determine the sign of angle. This vector is not required to be an unit vector. public double GetRadian(Vec3d v, Vec3d n) Parameters v Vec3d vector of ending edge. Not required to be an unit vector. n Vec3d normal vector. Not required to be an unit vector. Returns double angle in radian GetRadianByUnitVector(Vec3d) Get angle between this and v. The angle has no sign. This vector is not required to be an unit vector. Both this and v should be unit vector. Much efficient than GetRadian(Vec3d). public double GetRadianByUnitVector(Vec3d v) Parameters v Vec3d one of the edge vector. Not required to be an unit vector. Returns double Angle in radian GetTransform(Func) Get the new Vec3d by transforming each element by the function. public Vec3d GetTransform(Func transformingFunc) Parameters transformingFunc Func Returns Vec3d GetVec2dByPlaneDir(int) Gets a 2D vector by projecting the 3D vector onto a plane. public Vec2d GetVec2dByPlaneDir(int dir) Parameters dir int Direction index: 0 for YZ plane, 1 for ZX plane, 2 for XY plane Returns Vec2d A 2D vector representing the projection GetXRotation(double) Get rotated Vec3d along x direction. CCW. Much efficient than using Mat4d multiplication. public Vec3d GetXRotation(double rad) Parameters rad double rotation radian Returns Vec3d rotated Vec3d GetYRotation(double) Get rotated Vec3d along y direction. CCW. Much efficient than using Mat4d multiplication. public Vec3d GetYRotation(double rad) Parameters rad double rotation radian Returns Vec3d rotated Vec3d GetZRotation(double) Get rotated Vec3d along z direction. CCW. Much efficient than using Mat4d multiplication. public Vec3d GetZRotation(double rad) Parameters rad double rotation radian Returns Vec3d rotated Vec3d Interpolate(Vec3d, Vec3d, double) Interpolate from a to b with ratio alpha:(1-alpha). public static Vec3d Interpolate(Vec3d a, Vec3d b, double alpha) Parameters a Vec3d a b Vec3d b alpha double ratio Returns Vec3d a * (1 - alpha) + b * alpha IsNormalized(double) Checks if the vector is normalized (has a length of approximately 1). public bool IsNormalized(double toleranceSquare = 1E-07) Parameters toleranceSquare double Square of the tolerance value for comparing with 1 (default: 1e-7) Returns bool True if the vector is normalized within the specified tolerance MulEach(Vec3d) Multiplies each component of this vector with the corresponding component of another vector. public Vec3d MulEach(Vec3d vec) Parameters vec Vec3d The vector to multiply with Returns Vec3d This vector after multiplication MulWithoutTrans(Mat4d) this*=mat without translation part. public Vec3d MulWithoutTrans(Mat4d mat) Parameters mat Mat4d transformation matrix Returns Vec3d this See Also GetMulWithoutTrans(Mat4d) Normalize() Normalize this. public Vec3d Normalize() Returns Vec3d this Parse(string) If src is not null and not empty string, return Vec3d(string); otherwise return null. public static Vec3d Parse(string src) Parameters src string src Returns Vec3d parsed Vec3d ParseByCsv(string) Parses a vector from a CSV text string. public static Vec3d ParseByCsv(string csvText) Parameters csvText string CSV formatted string containing vector components Returns Vec3d A new vector parsed from the CSV text ReadBin(BinaryReader) Reads binary data to initialize the object. public void ReadBin(BinaryReader reader) Parameters reader BinaryReader The binary reader to read from Set(Vec3d) Set values by copy. public Vec3d Set(Vec3d src) Parameters src Vec3d src Returns Vec3d this Set(vec3d) Set values by copy. public Vec3d Set(vec3d src) Parameters src vec3d src Returns Vec3d this Set(double, double, double) Set values. public Vec3d Set(double x, double y, double z) Parameters x double x y double y z double z Returns Vec3d this Set(double[]) Set values by array. public Vec3d Set(double[] xyz) Parameters xyz double[] double[]{x,y,z} Returns Vec3d this Set(Func) Sets vector components using a function that maps direction index and current value to new value. public Vec3d Set(Func dirToValueFunc) Parameters dirToValueFunc Func Function that takes direction index (0=X, 1=Y, 2=Z) and current value, and returns the new value Returns Vec3d This vector after modification Set(Func) Sets vector components using a function that maps direction index to value. public Vec3d Set(Func dirToValueFunc) Parameters dirToValueFunc Func Function that takes direction index (0=X, 1=Y, 2=Z) and returns the corresponding value Returns Vec3d This vector after modification Set(int, double, double, double) Set values by direction offset. Direction 0,1,2 indicate x,y,z respectively. public Vec3d Set(int dir, double a, double b, double c) Parameters dir int direction offset a double value at direction (0+dir)%3 b double value at direction (1+dir)%3 c double value at direction (2+dir)%3 Returns Vec3d this SetEachNanToZero() Set NaN to 0 for each value. public Vec3d SetEachNanToZero() Returns Vec3d this SetEachValueAbs() Set each value to absolute. public Vec3d SetEachValueAbs() Returns Vec3d this ToArray() return new double[] { x, y, z } public double[] ToArray() Returns double[] { x, y, z } ToBuf(double[]) Set x,y,z to the dst array. public void ToBuf(double[] dst) Parameters dst double[] dst ToBuf(double[], ref int) Set x,y,z to the dst array from postion p and increase p by the pushed number. public int ToBuf(double[] dst, ref int p) Parameters dst double[] dst p int position from dst Returns int Which is pushed number of double ToString() To representative string with format:(x,y,z). public override string ToString() Returns string Representative string ToString(string) To string with format: (x,y,z) public string ToString(string format) Parameters format string format of ToString(string) Returns string Representative string ToString(string, IFormatProvider) Returns a string representation of the vector formatted according to the specified format. public string ToString(string format, IFormatProvider formatProvider) Parameters format string The format to use for each component formatProvider IFormatProvider The format provider to use Returns string A formatted string representation of the vector ToString(string, int) Converts the vector to a string with the specified format and left padding. public string ToString(string format, int leftPadding) Parameters format string Format string for the double values leftPadding int Number of characters to pad on the left of each value Returns string Formatted string representation of the vector Transform(Func) Transform each element by the function. public Vec3d Transform(Func transformingFunc) Parameters transformingFunc Func Returns Vec3d TryParse(string, out Vec3d) Attempts to parse a string into a Vec3d. public static bool TryParse(string src, out Vec3d dst) Parameters src string The string to parse in format “(x,y,z)” dst Vec3d When this method returns, contains the Vec3d value if parsing succeeded, or null if parsing failed Returns bool true if parsing succeeded; otherwise, false WriteBin(BinaryWriter) Output to bytes: writer.Write(x); writer.Write(y); writer.Write(z); public void WriteBin(BinaryWriter writer) Parameters writer BinaryWriter writer Operators operator +(Vec3d, Vec3d) Plus. public static Vec3d operator +(Vec3d left, Vec3d right) Parameters left Vec3d a right Vec3d b Returns Vec3d new Vec3d(a.x + b.x, a.y + b.y, a.z + b.z) operator /(Vec3d, double) Get a new object from a scaled by 1/d. public static Vec3d operator /(Vec3d a, double d) Parameters a Vec3d d double Returns Vec3d operator ==(Vec3d, Vec3d) Equality operator for comparing two Vec3d objects. public static bool operator ==(Vec3d left, Vec3d right) Parameters left Vec3d Left operand right Vec3d Right operand Returns bool True if the vectors are equal, false otherwise operator !=(Vec3d, Vec3d) Inequality operator for comparing two Vec3d objects. public static bool operator !=(Vec3d left, Vec3d right) Parameters left Vec3d Left operand right Vec3d Right operand Returns bool True if the vectors are not equal, false otherwise operator *(Vec3d, Mat4d) Get p*src. public static Vec3d operator *(Vec3d p, Mat4d src) Parameters p Vec3d point src Mat4d transmform matrix Returns Vec3d new Vec3d(p.x * src.At(0, 0) + p.y * src.At(1, 0) + p.z * src.At(2, 0) + src.At(3, 0) , p.x* src.At(0, 1) + p.y* src.At(1, 1) + p.z* src.At(2, 1) + src.At(3, 1) , p.x* src.At(0, 2) + p.y* src.At(1, 2) + p.z* src.At(2, 2) + src.At(3, 2)) operator *(Vec3d, double) Scale a by s. public static Vec3d operator *(Vec3d a, double s) Parameters a Vec3d vector s double scale Returns Vec3d new Vec3d(a.x * s, a.y * s, a.z * s) operator -(Vec3d, Vec3d) Minus. public static Vec3d operator -(Vec3d a, Vec3d b) Parameters a Vec3d a b Vec3d b Returns Vec3d new Vec3d(a.x - b.x, a.y - b.y, a.z - b.z) operator -(Vec3d) Get negate vector. public static Vec3d operator -(Vec3d src) Parameters src Vec3d src Returns Vec3d new Vec3d(-src.x, -src.y, -src.z)"
+ "summary": "Class Vec3d Namespace Hi.Geom Assembly HiGeom.dll Basic 3D point (or vector). [BsonIgnoreExtraElements] public class Vec3d : IEquatable, IExpandToBox3d, IBinaryIo, IWriteBin, ICsvRowIo, IEqualityOperators, IAdditionOperators, ISubtractionOperators, IMultiplyOperators, IMultiplyOperators, IDivisionOperators, IVec, IFormattable Inheritance object Vec3d Implements IEquatable IExpandToBox3d IBinaryIo IWriteBin ICsvRowIo IEqualityOperators IAdditionOperators ISubtractionOperators IMultiplyOperators IMultiplyOperators IDivisionOperators IVec IFormattable Inherited Members object.Equals(object, object) object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) Extension Methods BinIoUtil.ToBytes(IWriteBin) GeomUtil.ExpandToBox3d(IExpandToBox3d, Mat4d, Box3d) GeomUtil.GetBox3d(IExpandToBox3d) DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Constructors Vec3d() Ctor. public Vec3d() Vec3d(Polar3d) Ctor. public Vec3d(Polar3d src) Parameters src Polar3d src Vec3d(Vec2d, double) public Vec3d(Vec2d xy, double z) Parameters xy Vec2d z double Vec3d(Vec3d) Copy ctor. public Vec3d(Vec3d src) Parameters src Vec3d src Vec3d(vec3d) ctor. public Vec3d(vec3d src) Parameters src vec3d src Vec3d(vec3f) ctor. public Vec3d(vec3f src) Parameters src vec3f src Vec3d(IEnumerable) Creates a vector from an enumerable collection of three double values. public Vec3d(IEnumerable src) Parameters src IEnumerable Source collection containing three double values Vec3d(double, double, double) Ctor. public Vec3d(double x, double y, double z) Parameters x double x y double y z double z Vec3d(Func) Creates a vector using a function that maps direction index to value. public Vec3d(Func dirToValueFunc) Parameters dirToValueFunc Func Function that takes direction index (0=X, 1=Y, 2=Z) and returns the corresponding value Vec3d(BinaryReader) Ctor by bytes: x = reader.ReadDouble(); y = reader.ReadDouble(); z = reader.ReadDouble(); public Vec3d(BinaryReader reader) Parameters reader BinaryReader reader Vec3d(int, double, double, double) Ctor by direction offset. Direction 0,1,2 indicate x,y,z respectively. public Vec3d(int dir, double a, double b, double c) Parameters dir int direction offset a double value at direction (0+dir)%3 b double value at direction (1+dir)%3 c double value at direction (2+dir)%3 Vec3d(string) Ctor by string. The format is (x,y,z). public Vec3d(string src) Parameters src string src Vec3d((double, double, double)) Ctor. public Vec3d((double, double, double) src) Parameters src (double, double, double) src Fields x Value at x direction. public double x Field Value double y Value at y direction. public double y Field Value double z Value at z direction. public double z Field Value double Properties AbsSum [BsonIgnore] public double AbsSum { get; } Property Value double Sum of the abs {x,y,z}. Which is Math.Abs(x) + Math.Abs(y) + Math.Abs(z). AllOne public static Vec3d AllOne { get; } Property Value Vec3d Generate Vec3d(1, 1, 1). CsvText Csv text. [BsonIgnore] public string CsvText { get; set; } Property Value string CsvTitleText Csv titles text. [BsonIgnore] public string CsvTitleText { get; } Property Value string ElementNum Element number: 3 for (x,y,z). public static int ElementNum { get; } Property Value int IsAllFinite [BsonIgnore] public bool IsAllFinite { get; } Property Value bool Is x,y,z all finite. IsAllNaN [BsonIgnore] public bool IsAllNaN { get; } Property Value bool is x,y,z all NaN. IsAllNegativeInfinity [BsonIgnore] public bool IsAllNegativeInfinity { get; } Property Value bool is x,y,z all NegativeInfinity. IsAllPositiveInfinity [BsonIgnore] public bool IsAllPositiveInfinity { get; } Property Value bool is x,y,z all PositiveInfinity. IsAnyFinite [BsonIgnore] public bool IsAnyFinite { get; } Property Value bool Is at least one of x,y,z finite. IsAnyNaN [BsonIgnore] public bool IsAnyNaN { get; } Property Value bool Is any of {x,y,z} NaN. IsZero [BsonIgnore] public bool IsZero { get; } Property Value bool Is zero vector. Which is x == 0 && y == 0 && z == 0. this[int] Gets or sets the element at the specified index. public double this[int dir] { get; set; } Parameters dir int Property Value double The element at the specified index. Length [BsonIgnore] public double Length { get; } Property Value double Geometry length of this. LengthSquare [BsonIgnore] public double LengthSquare { get; } Property Value double Geometry length ^ 2. Which is x * x + y * y + z * z. MaxAbsDir [BsonIgnore] public int MaxAbsDir { get; } Property Value int Get the direction index with maximum absolute value. If the absolute of {x,y,z} is the biggest, return {0,1,2}. MaxDir [BsonIgnore] public int MaxDir { get; } Property Value int Get the direction index with maximum value. If {x,y,z} is the biggest, return {0,1,2}. MaxValue [BsonIgnore] public double MaxValue { get; } Property Value double The max value selected from {x,y,z}. Which is Math.Max(Math.Max(x, y), z). MinDir [BsonIgnore] public int MinDir { get; } Property Value int Get the direction index with maximum value. If {x,y,z} is the biggest, return {0,1,2}. MinValue [BsonIgnore] public double MinValue { get; } Property Value double The min value selected from {x,y,z}. Which is Math.Min(Math.Min(x, y), z). NaN public static Vec3d NaN { get; } Property Value Vec3d Generate Vec3d(double.NaN, double.NaN, double.NaN). NativeByteSize public static int NativeByteSize { get; } Property Value int Byte size: sizeof(double) * 3. NegativeInfinity public static Vec3d NegativeInfinity { get; } Property Value Vec3d Generate Vec3d(double.NegativeInfinity, double.NegativeInfinity, double.NegativeInfinity) PositiveInfinity public static Vec3d PositiveInfinity { get; } Property Value Vec3d Generate Vec3d(double.PositiveInfinity, double.PositiveInfinity, double.PositiveInfinity) Rank Dimension (i.e. Size) of the Vector. public int Rank { get; } Property Value int Text Gets or sets the vector as a string representation. [BsonIgnore] public string Text { get; set; } Property Value string UnitX public static Vec3d UnitX { get; } Property Value Vec3d Generate Vec3d(1, 0, 0). UnitY public static Vec3d UnitY { get; } Property Value Vec3d Generate Vec3d(0, 1, 0). UnitZ public static Vec3d UnitZ { get; } Property Value Vec3d Generate Vec3d(0, 0, 1). X Value at x direction. [BsonElement] public double X { get; set; } Property Value double XY Vec2d of X and Y. The getter gets a copied object. [BsonIgnore] public Vec2d XY { get; set; } Property Value Vec2d Y Value at y direction. [BsonElement] public double Y { get; set; } Property Value double Z Value at z direction. [BsonElement] public double Z { get; set; } Property Value double Zero public static Vec3d Zero { get; } Property Value Vec3d Generate Vec3d(0, 0, 0). Methods All(double) Creates a vector with all components set to the specified value. public static Vec3d All(double v) Parameters v double Value to set for all components Returns Vec3d A new vector with all components set to the specified value At(int) Get the value at the dirction. Direction 0,1,2 are x,y,z. If direction index is larger than 2, the return value is at z direction. public ref double At(int dir) Parameters dir int direction index Returns double value at the direction BilinearInterpolate(Vec3d, Vec3d, Vec3d, Vec3d, double, double) Performs bilinear interpolation between four points. public static Vec3d BilinearInterpolate(Vec3d p00, Vec3d p01, Vec3d p10, Vec3d p11, double u, double v) Parameters p00 Vec3d Point at (0,0) p01 Vec3d Point at (0,1) p10 Vec3d Point at (1,0) p11 Vec3d Point at (1,1) u double Interpolation parameter in first dimension (0.0 to 1.0) v double Interpolation parameter in second dimension (0.0 to 1.0) Returns Vec3d The interpolated point Cross(Vec3d, Vec3d) Get a cross b. public static Vec3d Cross(Vec3d a, Vec3d b) Parameters a Vec3d a b Vec3d b Returns Vec3d a x b Dot(Vec3d) this dot src. public double Dot(Vec3d src) Parameters src Vec3d src Returns double dotted value Enumerate() Enumerates the components of the vector. public IEnumerable Enumerate() Returns IEnumerable An enumerable sequence of the vector's components (X, Y, Z) Equals(Vec3d) Indicates whether the current object is equal to another object of the same type. public bool Equals(Vec3d other) Parameters other Vec3d An object to compare with this object. Returns bool true if the current object is equal to the other parameter; otherwise, false. Equals(Vec3d, double) check equals for each component with tolerance. public bool Equals(Vec3d other, double toleranceForEachComponent) Parameters other Vec3d other vec toleranceForEachComponent double tolerance for each component Returns bool check equals for each component with tolerance. Equals(object) Determines whether the specified object is equal to the current object. public override bool Equals(object obj) Parameters obj object The object to compare with the current object. Returns bool true if the specified object is equal to the current object; otherwise, false. ExpandMax(Vec3d) Find and expand maximum values from src. public void ExpandMax(Vec3d src) Parameters src Vec3d src ExpandMin(Vec3d) Find and expand minimum values from src. public void ExpandMin(Vec3d src) Parameters src Vec3d src ExpandToBox3d(Box3d) Expands the destination box. This function is usually used to compute the bounding box of elements. public void ExpandToBox3d(Box3d dst) Parameters dst Box3d Destination box GetCosSquareWith(Vec3d) Get Cos(theta)^2. theta is the angle between this and src. This function is faster than GetCosWith(Vec3d) since it lacks one square root operation. public double GetCosSquareWith(Vec3d src) Parameters src Vec3d one of edge vector Returns double Cos(theta)^2 GetCosWith(Vec3d) Get Cos(theta). theta is the angle between this and v. public double GetCosWith(Vec3d v) Parameters v Vec3d a vector Returns double Cos(theta) GetCross(Vec3d) Get this cross src. public Vec3d GetCross(Vec3d src) Parameters src Vec3d src Returns Vec3d GetCsvText(string) Gets the CSV text representation of this vector with the specified format. public string GetCsvText(string format) Parameters format string Format string for the double values Returns string CSV formatted string GetEachValueAbs() Creates a new vector with the absolute value of each component. public Vec3d GetEachValueAbs() Returns Vec3d A new vector with absolute values of each component GetHashCode() Serves as the default hash function. public override int GetHashCode() Returns int A hash code for the current object. GetMulEach(Vec3d) Creates a new vector by multiplying each component of this vector with the corresponding component of another vector. public Vec3d GetMulEach(Vec3d vec) Parameters vec Vec3d The vector to multiply with Returns Vec3d A new vector with component-wise multiplication results GetMulWithoutTrans(Mat4d) Get a new object by this*mat without translation part. public Vec3d GetMulWithoutTrans(Mat4d mat) Parameters mat Mat4d transform matrix Returns Vec3d new Vec3d(x * mat.At(0, 0) + y * mat.At(1, 0) + z * mat.At(2, 0) , x* mat.At(0, 1) + y* mat.At(1, 1) + z* mat.At(2, 1) , x* mat.At(0, 2) + y* mat.At(1, 2) + z* mat.At(2, 2)) GetNormalized() Generate normalized vec. public Vec3d GetNormalized() Returns Vec3d Normalized vec GetRadian(Vec3d) Get angle between this and v. The angle has no sign. This vector is not required to be an unit vector. public double GetRadian(Vec3d v) Parameters v Vec3d one of the edge vector. Not required to be an unit vector. Returns double Angle in radian GetRadian(Vec3d, Vec3d) Get angle between this and v. This function applies normal vector to determine the sign of angle. This vector is not required to be an unit vector. public double GetRadian(Vec3d v, Vec3d n) Parameters v Vec3d vector of ending edge. Not required to be an unit vector. n Vec3d normal vector. Not required to be an unit vector. Returns double angle in radian GetRadianByUnitVector(Vec3d) Get angle between this and v. The angle has no sign. This vector is not required to be an unit vector. Both this and v should be unit vector. Much efficient than GetRadian(Vec3d). public double GetRadianByUnitVector(Vec3d v) Parameters v Vec3d one of the edge vector. Not required to be an unit vector. Returns double Angle in radian GetTransform(Func) Get the new Vec3d by transforming each element by the function. public Vec3d GetTransform(Func transformingFunc) Parameters transformingFunc Func Returns Vec3d GetVec2dByPlaneDir(int) Gets a 2D vector by projecting the 3D vector onto a plane. public Vec2d GetVec2dByPlaneDir(int dir) Parameters dir int Direction index: 0 for YZ plane, 1 for ZX plane, 2 for XY plane Returns Vec2d A 2D vector representing the projection GetXRotation(double) Get rotated Vec3d along x direction. CCW. Much efficient than using Mat4d multiplication. public Vec3d GetXRotation(double rad) Parameters rad double rotation radian Returns Vec3d rotated Vec3d GetYRotation(double) Get rotated Vec3d along y direction. CCW. Much efficient than using Mat4d multiplication. public Vec3d GetYRotation(double rad) Parameters rad double rotation radian Returns Vec3d rotated Vec3d GetZRotation(double) Get rotated Vec3d along z direction. CCW. Much efficient than using Mat4d multiplication. public Vec3d GetZRotation(double rad) Parameters rad double rotation radian Returns Vec3d rotated Vec3d Interpolate(Vec3d, Vec3d, double) Interpolate from a to b with ratio alpha:(1-alpha). public static Vec3d Interpolate(Vec3d a, Vec3d b, double alpha) Parameters a Vec3d a b Vec3d b alpha double ratio Returns Vec3d a * (1 - alpha) + b * alpha IsNormalized(double) Checks if the vector is normalized (has a length of approximately 1). public bool IsNormalized(double toleranceSquare = 1E-07) Parameters toleranceSquare double Square of the tolerance value for comparing with 1 (default: 1e-7) Returns bool True if the vector is normalized within the specified tolerance MulEach(Vec3d) Multiplies each component of this vector with the corresponding component of another vector. public Vec3d MulEach(Vec3d vec) Parameters vec Vec3d The vector to multiply with Returns Vec3d This vector after multiplication MulWithoutTrans(Mat4d) this*=mat without translation part. public Vec3d MulWithoutTrans(Mat4d mat) Parameters mat Mat4d transformation matrix Returns Vec3d this See Also GetMulWithoutTrans(Mat4d) Normalize() Normalize this. public Vec3d Normalize() Returns Vec3d this Parse(string) If src is not null and not empty string, return Vec3d(string); otherwise return null. public static Vec3d Parse(string src) Parameters src string src Returns Vec3d parsed Vec3d ParseByCsv(string) Parses a vector from a CSV text string. public static Vec3d ParseByCsv(string csvText) Parameters csvText string CSV formatted string containing vector components Returns Vec3d A new vector parsed from the CSV text ReadBin(BinaryReader) Reads binary data to initialize the object. public void ReadBin(BinaryReader reader) Parameters reader BinaryReader The binary reader to read from Set(Vec3d) Set values by copy. public Vec3d Set(Vec3d src) Parameters src Vec3d src Returns Vec3d this Set(vec3d) Set values by copy. public Vec3d Set(vec3d src) Parameters src vec3d src Returns Vec3d this Set(double, double, double) Set values. public Vec3d Set(double x, double y, double z) Parameters x double x y double y z double z Returns Vec3d this Set(double[]) Set values by array. public Vec3d Set(double[] xyz) Parameters xyz double[] double[]{x,y,z} Returns Vec3d this Set(Func) Sets vector components using a function that maps direction index and current value to new value. public Vec3d Set(Func dirToValueFunc) Parameters dirToValueFunc Func Function that takes direction index (0=X, 1=Y, 2=Z) and current value, and returns the new value Returns Vec3d This vector after modification Set(Func) Sets vector components using a function that maps direction index to value. public Vec3d Set(Func dirToValueFunc) Parameters dirToValueFunc Func Function that takes direction index (0=X, 1=Y, 2=Z) and returns the corresponding value Returns Vec3d This vector after modification Set(int, double, double, double) Set values by direction offset. Direction 0,1,2 indicate x,y,z respectively. public Vec3d Set(int dir, double a, double b, double c) Parameters dir int direction offset a double value at direction (0+dir)%3 b double value at direction (1+dir)%3 c double value at direction (2+dir)%3 Returns Vec3d this SetEachNanToZero() Set NaN to 0 for each value. public Vec3d SetEachNanToZero() Returns Vec3d this SetEachValueAbs() Set each value to absolute. public Vec3d SetEachValueAbs() Returns Vec3d this ToArray() return new double[] { x, y, z } public double[] ToArray() Returns double[] { x, y, z } ToBuf(double[]) Set x,y,z to the dst array. public void ToBuf(double[] dst) Parameters dst double[] dst ToBuf(double[], ref int) Set x,y,z to the dst array from postion p and increase p by the pushed number. public int ToBuf(double[] dst, ref int p) Parameters dst double[] dst p int position from dst Returns int Which is pushed number of double ToString() To representative string with format:(x,y,z). public override string ToString() Returns string Representative string ToString(string) To string with format: (x,y,z) public string ToString(string format) Parameters format string format of ToString(string) Returns string Representative string ToString(string, IFormatProvider) Returns a string representation of the vector formatted according to the specified format. public string ToString(string format, IFormatProvider formatProvider) Parameters format string The format to use for each component formatProvider IFormatProvider The format provider to use Returns string A formatted string representation of the vector ToString(string, int) Converts the vector to a string with the specified format and left padding. public string ToString(string format, int leftPadding) Parameters format string Format string for the double values leftPadding int Number of characters to pad on the left of each value Returns string Formatted string representation of the vector Transform(Func) Transform each element by the function. public Vec3d Transform(Func transformingFunc) Parameters transformingFunc Func Returns Vec3d TryParse(string, out Vec3d) Attempts to parse a string into a Vec3d. public static bool TryParse(string src, out Vec3d dst) Parameters src string The string to parse in format “(x,y,z)” dst Vec3d When this method returns, contains the Vec3d value if parsing succeeded, or null if parsing failed Returns bool true if parsing succeeded; otherwise, false WriteBin(BinaryWriter) Output to bytes: writer.Write(x); writer.Write(y); writer.Write(z); public void WriteBin(BinaryWriter writer) Parameters writer BinaryWriter writer Operators operator +(Vec3d, Vec3d) Plus. public static Vec3d operator +(Vec3d left, Vec3d right) Parameters left Vec3d a right Vec3d b Returns Vec3d new Vec3d(a.x + b.x, a.y + b.y, a.z + b.z) operator /(Vec3d, double) Get a new object from a scaled by 1/d. public static Vec3d operator /(Vec3d a, double d) Parameters a Vec3d d double Returns Vec3d operator ==(Vec3d, Vec3d) Equality operator for comparing two Vec3d objects. public static bool operator ==(Vec3d left, Vec3d right) Parameters left Vec3d Left operand right Vec3d Right operand Returns bool True if the vectors are equal, false otherwise operator !=(Vec3d, Vec3d) Inequality operator for comparing two Vec3d objects. public static bool operator !=(Vec3d left, Vec3d right) Parameters left Vec3d Left operand right Vec3d Right operand Returns bool True if the vectors are not equal, false otherwise operator *(Vec3d, Mat4d) Get p*src. public static Vec3d operator *(Vec3d p, Mat4d src) Parameters p Vec3d point src Mat4d transmform matrix Returns Vec3d new Vec3d(p.x * src.At(0, 0) + p.y * src.At(1, 0) + p.z * src.At(2, 0) + src.At(3, 0) , p.x* src.At(0, 1) + p.y* src.At(1, 1) + p.z* src.At(2, 1) + src.At(3, 1) , p.x* src.At(0, 2) + p.y* src.At(1, 2) + p.z* src.At(2, 2) + src.At(3, 2)) operator *(Vec3d, double) Scale a by s. public static Vec3d operator *(Vec3d a, double s) Parameters a Vec3d vector s double scale Returns Vec3d new Vec3d(a.x * s, a.y * s, a.z * s) operator -(Vec3d, Vec3d) Minus. public static Vec3d operator -(Vec3d a, Vec3d b) Parameters a Vec3d a b Vec3d b Returns Vec3d new Vec3d(a.x - b.x, a.y - b.y, a.z - b.z) operator -(Vec3d) Get negate vector. public static Vec3d operator -(Vec3d src) Parameters src Vec3d src Returns Vec3d new Vec3d(-src.x, -src.y, -src.z)"
},
"api/Hi.Geom.Vec3dUtil.html": {
"href": "api/Hi.Geom.Vec3dUtil.html",
@@ -1927,7 +1927,7 @@
"api/Hi.MachiningProcs.MachiningSession.html": {
"href": "api/Hi.MachiningProcs.MachiningSession.html",
"title": "Class MachiningSession | HiAPI-C# 2025",
- "summary": "Class MachiningSession Namespace Hi.MachiningProcs Assembly HiMech.dll Represents a machining session that manages the execution and optimization of machining operations. Provides functionality for controlling the machining process, handling optimization options, and managing session state. public class MachiningSession Inheritance object MachiningSession Inherited Members object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Properties CurrentSourceCommand Gets or sets the current source command being processed. public IIndexedFileLine CurrentSourceCommand { get; set; } Property Value IIndexedFileLine Data Gets or sets the data dictionary for the player session. public Dictionary Data { get; set; } Property Value Dictionary NcOptOption Gets or sets the NC optimization options for UI operations. public NcOptOption NcOptOption { get; set; } Property Value NcOptOption PacePlayee Internal set only. public PacePlayee PacePlayee { get; set; } Property Value PacePlayee StepIndexToNcOptOptionList Gets or sets the mapping of step indices to NC optimization options. For internal use only. Takes effect during internal optimization process. public SortedList StepIndexToNcOptOptionList { get; set; } Property Value SortedList StepTaskBundle Gets or sets the current step task bundle. public MachiningParallelProc.StepTaskBundle StepTaskBundle { get; set; } Property Value MachiningParallelProc.StepTaskBundle Methods BeginPreserve() Begins a preserve section in the optimization process. public void BeginPreserve() EndPreserve() Ends a preserve section in the optimization process. public void EndPreserve() Preserve() Preserves one line of NC code in the optimization process. public void Preserve() UpdateNcOptOptionMapIfNeeded(int) Updates the NC optimization option map if needed. Internal use only. public bool UpdateNcOptOptionMapIfNeeded(int stepIndex) Parameters stepIndex int The index of the step to update. Returns bool True if the map was updated; otherwise, false. Events OnCurrentLineEnd Event raised when the current line ends. The event buffer is cleared on every line change. public event Action OnCurrentLineEnd Event Type Action"
+ "summary": "Class MachiningSession Namespace Hi.MachiningProcs Assembly HiMech.dll Represents a machining session that manages the execution and optimization of machining operations. Provides functionality for controlling the machining process, handling optimization options, and managing session state. public class MachiningSession Inheritance object MachiningSession Inherited Members object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Properties CurrentSourceCommand Gets or sets the current source command being processed. public IIndexedFileLine CurrentSourceCommand { get; set; } Property Value IIndexedFileLine Data Gets or sets the data dictionary for the player session. public Dictionary Data { get; set; } Property Value Dictionary IsNcOptOptionListUpdatedByStep Internal Use Only. public bool IsNcOptOptionListUpdatedByStep { get; set; } Property Value bool NcOptOption Gets or sets the NC optimization options for UI operations. public NcOptOption NcOptOption { get; set; } Property Value NcOptOption PacePlayee Internal set only. public PacePlayee PacePlayee { get; set; } Property Value PacePlayee StepIndexToNcOptOptionList Gets or sets the mapping of step indices to NC optimization options. For internal use only. Takes effect during internal optimization process. public SortedList StepIndexToNcOptOptionList { get; set; } Property Value SortedList StepTaskBundle Gets or sets the current step task bundle. public MachiningParallelProc.StepTaskBundle StepTaskBundle { get; set; } Property Value MachiningParallelProc.StepTaskBundle Methods BeginPreserve() Begins a preserve section in the optimization process. public void BeginPreserve() EndPreserve() Ends a preserve section in the optimization process. public void EndPreserve() Preserve() Preserves one line of NC code in the optimization process. public void Preserve() UpdateNcOptOptionMapIfNeeded(int) Updates the NC optimization option map if needed. Internal use only. public bool UpdateNcOptOptionMapIfNeeded(int stepIndex) Parameters stepIndex int The index of the step to update. Returns bool True if the map was updated; otherwise, false. Events OnCurrentLineEnd Event raised when the current line ends. The event buffer is cleared on every line change. public event Action OnCurrentLineEnd Event Type Action"
},
"api/Hi.MachiningProcs.MillingActRunnerConfig.html": {
"href": "api/Hi.MachiningProcs.MillingActRunnerConfig.html",
@@ -1952,12 +1952,12 @@
"api/Hi.MachiningProcs.RuntimeApi.html": {
"href": "api/Hi.MachiningProcs.RuntimeApi.html",
"title": "Class RuntimeApi | HiAPI-C# 2025",
- "summary": "Class RuntimeApi Namespace Hi.MachiningProcs Assembly HiNc.dll Runtime API for machining operations. public class RuntimeApi : ICsScriptApi Inheritance object RuntimeApi Implements ICsScriptApi Inherited Members object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Properties DiffVisualRadius_mm Gets or sets the visual radius in millimeters for difference visualization. Controls the radius used for highlighting differences between workpiece states. [JsAce] public double DiffVisualRadius_mm { get; set; } Property Value double DispCacheMb Gets or sets the display cache size in megabytes. public long DispCacheMb { get; set; } Property Value long DispCache_Mb Gets or sets the display cache size in megabytes. [JsAce] public long DispCache_Mb { get; set; } Property Value long EnableAutoMapOnSelectionEnd Gets or sets whether to automatically map selections when they end. [JsAce] public bool EnableAutoMapOnSelectionEnd { get; set; } Property Value bool EnableCollisionDetection Gets or sets whether collision detection is enabled. [JsAce(DocContentHtml = \"Enable Collision Detection.\")] public bool EnableCollisionDetection { get; set; } Property Value bool EnablePauseOnCollision Obsoleted. Gets or sets whether to pause execution when a collision is detected. This property only has an effect if collision detection is enabled. public bool EnablePauseOnCollision { get; set; } Property Value bool EnablePauseOnFailure Gets or sets whether to pause on failure during execution. [JsAce(DocContentHtml = \"Enable Pause On Failure.\")] public bool EnablePauseOnFailure { get; set; } Property Value bool EnablePhysics Gets or sets whether milling force evaluation is enabled. [JsAce(DocContentHtml = \"Enable milling force evaluation.\")] public bool EnablePhysics { get; set; } Property Value bool EnableWearEffect Gets or sets whether tool wear effects are enabled in simulation. [JsAce] public bool EnableWearEffect { get; set; } Property Value bool FeedPerCycle Gets a new feed per cycle machining motion resolution instance. [JsAce] public FeedPerCycleMachiningMotionResolution FeedPerCycle { get; } Property Value FeedPerCycleMachiningMotionResolution FeedPerTooth Gets a new feed per tooth machining motion resolution instance. [JsAce] public FeedPerToothMachiningMotionResolution FeedPerTooth { get; } Property Value FeedPerToothMachiningMotionResolution Fixture [JsAce] public Fixture Fixture { get; set; } Property Value Fixture Global Global variables. [JsAce(\"Global[$1key]\")] public Dictionary Global { get; } Property Value Dictionary InitSpindleTemperature_C Gets or sets the initial spindle temperature in degrees Celsius. [JsAce(DocContentHtml = \"Spindle Temperature on initialization.\")] public double InitSpindleTemperature_C { get; set; } Property Value double JsAceCompletionProfileJsonArray Internal used. public static JsonArray JsAceCompletionProfileJsonArray { get; } Property Value JsonArray MachiningMotionResolution Gets or sets the machining motion resolution. [JsAce] public IMachiningMotionResolution MachiningMotionResolution { get; set; } Property Value IMachiningMotionResolution MachiningResolution Gets or sets the machining resolution in millimeters. For legacy compatable. [JsAce] [Obsolete] public double MachiningResolution { get; set; } Property Value double MachiningResolution_mm Gets or sets the machining resolution in millimeters. [JsAce] public double MachiningResolution_mm { get; set; } Property Value double MachiningSession public MachiningSession MachiningSession { get; } Property Value MachiningSession MapTask Task tracking the status of mapping operations. public Task MapTask { get; set; } Property Value Task MillingForceCycleDivisionNum Gets or sets the number of divisions per cycle for milling force calculation. This property should be set before milling force evaluation if TrainMillingPara(SampleFlag, string, double) is intended to be used. [JsAce] public static int MillingForceCycleDivisionNum { get; set; } Property Value int NcOptOption Gets or sets the NC optimization options. [JsAce] public NcOptOption NcOptOption { get; set; } Property Value NcOptOption OptEnableDepthCompensation Enables or disables depth compensation during optimization. [JsAce] public bool OptEnableDepthCompensation { get; set; } Property Value bool OptEnableFeedrate Gets or sets whether to enable feed rate optimization in NC optimization. [JsAce] public bool OptEnableFeedrate { get; set; } Property Value bool OptEnableForwardCompensation Enables or disables forward compensation during optimization. [JsAce] public bool OptEnableForwardCompensation { get; set; } Property Value bool OptEnableInterpolation Enables or disables reinterpolation for optimization. [JsAce] public bool OptEnableInterpolation { get; set; } Property Value bool OptEnableSideCompensation Enables or disables side compensation during optimization. [JsAce] public bool OptEnableSideCompensation { get; set; } Property Value bool OptExtendedPostDistance_mm Gets or sets the extended post-distance in millimeters for NC optimization. This is the distance after the current segment that will be considered for optimization. [JsAce] public double OptExtendedPostDistance_mm { get; set; } Property Value double OptExtendedPreDistance_mm Gets or sets the extended pre-distance in millimeters for NC optimization. This is the distance before the current segment that will be considered for optimization. [JsAce] public double OptExtendedPreDistance_mm { get; set; } Property Value double OptFeedrateAssignmentRatio Gets or sets the feedrate assignment ratio for optimization. If the feedrate change exceeds this ratio, the feedrate in the NC line will be updated. [JsAce] public double OptFeedrateAssignmentRatio { get; set; } Property Value double OptMaxAcceleration_mmds2 Maximum acceleration in mm/s² during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxAcceleration_mmds2 { get; set; } Property Value double OptMaxFeedrate_mmdmin Maximum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMaxFeedrate_mmdmin { get; set; } Property Value double OptMaxJerk_mmds3 Maximum jerk in mm/s³ during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxJerk_mmds3 { get; set; } Property Value double OptMinFeedrate_mmdmin Minimum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMinFeedrate_mmdmin { get; set; } Property Value double OptPreferedForce_N Preferred force in N for optimization. [JsAce] public double OptPreferedForce_N { get; set; } Property Value double OptRapidFeed_mmdmin Rapid feed rate in mm/min for non-cutting movements during optimization. [JsAce] public double OptRapidFeed_mmdmin { get; set; } Property Value double OptSpindlePowerSafetyFactor Safety factor for spindle power during optimization. [JsAce] public double OptSpindlePowerSafetyFactor { get; set; } Property Value double OptSpindleTorqueSafetyFactor [JsAce] public double OptSpindleTorqueSafetyFactor { get; set; } Property Value double OptThermalYieldSafetyFactor Safety factor for spindle torque during optimization. [JsAce] public double OptThermalYieldSafetyFactor { get; set; } Property Value double ParaTemplateDimension Gets or sets the parameter template dimension (2D or 3D). [JsAce] public int ParaTemplateDimension { get; set; } Property Value int ScriptOptions ScriptOptions. public ScriptOptions ScriptOptions { get; set; } Property Value ScriptOptions SessionMessageHost Gets the session message host for displaying messages. [JsAce] public SessionMessageHost SessionMessageHost { get; } Property Value SessionMessageHost StepCount Gets the total number of milling steps. [JsAce] public int StepCount { get; } Property Value int Workpiece [JsAce] public Workpiece Workpiece { get; set; } Property Value Workpiece Methods AddTimeDataByFile(string, string, double, double) Adds time-based data from a file to the time mapping dictionary with specified time bounds in seconds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] public bool AddTimeDataByFile(string key, string relFile, double beginTime, double endTime) Parameters key string Key to identify the data relFile string Relative path to the data file beginTime double Beginning time in seconds endTime double Ending time in seconds Returns bool True if the data was successfully added, false otherwise AddTimeDataByFile(string, string, string, string) Adds time-based data from a file to the time mapping dictionary with specified time bounds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] public bool AddTimeDataByFile(string key, string relFile, string beginTimeText, string endTimeText) Parameters key string Key to identify the data relFile string Relative path to the data file beginTimeText string Beginning time as text (seconds or TimeSpan format) endTimeText string Ending time as text (seconds or TimeSpan format) Returns bool True if the data was successfully added, false otherwise AppendMessagesToFile(string, params string[]) Appends messages to a file, optionally filtered by tags. [JsAce(\"AppendMessagesToFile(\\\"dstRelFile\\\",flags)\")] public void AppendMessagesToFile(string dstRelFile, params string[] flags) Parameters dstRelFile string Destination relative file path flags string[] Optional flags to filter messages by tags BeginPreserve() Begin Preserve section in optimzation process. [JsAce(\"BeginPreserve()\")] public void BeginPreserve() BeginSelection(string, AnchorMode, IStepShift) Begin mark on current line. milling step() has not triggered yet. public void BeginSelection(string key, AnchorMode anchorMode = AnchorMode.LineBegin, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the beginning of selection shift IStepShift Step shift to apply BeginSession() Begins a new machining session. public void BeginSession() ClearTimeMappingData() Clears all time mapping data. [JsAce] public void ClearTimeMappingData() Diff(double) Performs a difference analysis on the workpiece geometry to detect variations. [JsAce(\"Diff($1detectionRadius_mm)\")] public void Diff(double detectionRadius_mm) Parameters detectionRadius_mm double Radius for detecting differences EndPreserve() End Preserve section in optimzation process. [JsAce(\"EndPreserve()\")] public void EndPreserve() EndSelection(string, AnchorMode, IStepShift) End mark on current line for selection. public void EndSelection(string key, AnchorMode anchorMode = AnchorMode.LineEnd, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the end of selection shift IStepShift Step shift to apply EndSession() Ends the current machining session. public void EndSession() ErrorMessage(string) Displays an error message in the message host. [JsAce(\"ErrorMessage($1message)\")] public void ErrorMessage(string message) Parameters message string The error message to display FixedPace(double, double) Creates a fixed machining motion resolution with specified parameters. [JsAce(\"FixedPace($1linearResolution_mm, $2rotaryResolution_deg)\")] public FixedMachiningMotionResolution FixedPace(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters rotaryResolution_deg double Rotary resolution in degrees Returns FixedMachiningMotionResolution A new fixed machining motion resolution instance GetMillingStep(int) Retrieves a milling step at the specified index. [JsAce(Snippet = \"GetMillingStep($1\\\"stepIndex\\\")\")] public MachiningStep GetMillingStep(int stepIndex) Parameters stepIndex int Index of the milling step to retrieve Returns MachiningStep The milling step at the specified index GetStickMachiningToolObservationHeight_mm(int) Gets the observation height in millimeters for the specified stick machining tool. [JsAce(\"GetStickMachiningToolObservationHeight_mm($1toolId)\")] public double GetStickMachiningToolObservationHeight_mm(int toolId) Parameters toolId int The ID of the tool Returns double The observation height in millimeters GetUniformContourTrayShiftAngle_deg(int) Gets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"GetUniformContourTrayShiftAngle_deg($1toolId)\")] public double GetUniformContourTrayShiftAngle_deg(int toolId) Parameters toolId int The ID of the tool Returns double The shift angle in degrees LineSelection(string, AnchorMode, IStepShift, AnchorMode, IStepShift) Create a line selection from begin to end mark. public void LineSelection(string key, AnchorMode beginAnchorMode = AnchorMode.LineBegin, IStepShift beginShift = null, AnchorMode endAnchorMode = AnchorMode.LineEnd, IStepShift endShift = null) Parameters key string Identifier key for the selection beginAnchorMode AnchorMode Mode for anchoring the beginning of selection beginShift IStepShift Step shift to apply at beginning endAnchorMode AnchorMode Mode for anchoring the end of selection endShift IStepShift Step shift to apply at end Map(string, FileTimeSection, CycleSamplingMode?) Maps selection data to time section. public Task Map(string key, FileTimeSection fileTimeSection = null, StepTimeShotUtil.CycleSamplingMode? cycleSamplingMode = CycleSamplingMode.SpindleCycle) Parameters key string Identifier key for the selection fileTimeSection FileTimeSection File time section, or null to use the one associated with the key cycleSamplingMode StepTimeShotUtil.CycleSamplingMode? Cycle sampling mode Returns Task Task representing the asynchronous mapping operation Message(string) Displays a message in the message host. [JsAce(\"Message($1message)\")] public void Message(string message) Parameters message string The message to display OptimizeToFiles(string) Optimizes NC files and saves results using the specified file template. [JsAce(Snippet = \"OptimizeToFiles(\\\"Output/Opt-[NcName]\\\")\", DocContentHtml = \"Optimize To Files by substitude template keywoard \\\"[NcName]\\\"\")] public void OptimizeToFiles(string relFileTemplate = \"Output/Opt-[NcName]\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Pace() Controls the pace of machining operations during execution. [JsAce(\"Pace();\")] public void Pace() Pause() Pause Player [JsAce(DocContentHtml = \"Pause Player\")] public void Pause() PlayAct(IAct, IIndexedFileLine, CancellationToken?) Plays an act with pacing control. [JsAce] public void PlayAct(IAct act, IIndexedFileLine sourceCommand = null, CancellationToken? cancellationToken = null) Parameters act IAct The act to play. sourceCommand IIndexedFileLine The source command. cancellationToken CancellationToken? Cancellation token. PlayClTeleport(double, double, double, double, double, double) Plays a CL (cutter location) teleport operation. [JsAce] public void PlayClTeleport(double x, double y, double z, double i, double j, double k) Parameters x double X coordinate. y double Y coordinate. z double Z coordinate. i double I vector component. j double J vector component. k double K vector component. PlayCsvFile(string) Plays an Csv file with the specified relative path. [JsAce(\"PlayCsvFile($1\\\"csvFile\\\");\")] public void PlayCsvFile(string relFilePath) Parameters relFilePath string Relative path to the CSV file PlayNc(string, string) Plays NC code directly from a string, executing each action and pacing between them. [JsAce(Snippet = \"PlayNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Play NC. second parameter is the file name alternative shows in the log.\")] public void PlayNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs PlayNcFile(string) Plays an NC file with the specified relative path. [JsAce(\"PlayNcFile($1\\\"ncFile\\\");\")] public void PlayNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file PlayToolingTeleport(int) Plays a tooling teleport operation. [JsAce] public void PlayToolingTeleport(int toolId) Parameters toolId int The tool ID to teleport. Preserve() Preserve one line NC code in optimzation process. [JsAce(\"Preserve()\")] public void Preserve() ProgressMessage(string) Displays a progress message in the message host. [JsAce(\"ProgressMessage($1message)\")] public void ProgressMessage(string message) Parameters message string The progress message to display ReTrainMillingPara(SampleFlag, string, double) Re-trains milling parameters using the specified sample flag. [JsAce(\"ReTrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] public void ReTrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering ReadCsvByTimeInterpolation(string) Reads a CSV file and performs time-based interpolation to map data to milling steps. [JsAce(Snippet = \"ReadCsvByTimeInterpolation($1\\\"csvFile\\\")\")] public void ReadCsvByTimeInterpolation(string csvFile) Parameters csvFile string Path to the CSV file relative to the base directory ReadRuntimeGeom(string) Reads runtime geometry from a file. [JsAce(\"ReadRuntimeGeom($1\\\"srcFile\\\")\")] public void ReadRuntimeGeom(string relFile) Parameters relFile string Relative path to the input file RegisterStepVariable(string, string, string, string, Func) Registers a step variable for tracking during execution. [JsAce(Snippet = \"RegisterStepVariable(\\\"$1key\\\",\\\"$2name\\\",\\\"$3unit\\\",\\\"$4formatString\\\",\\\"$5variableFunc\\\")\", DocContentHtml = \"Register Step Variable.
\\\"unit\\\" is nullable
\\\"formatString\\\" is nullable
\")] public void RegisterStepVariable(string key, string name, string unit, string formatString, Func variableFunc = null) Parameters key string Unique key to identify the variable name string Human-readable name of the variable unit string Physical unit of the variable (can be null) formatString string Format string for displaying the variable (can be null) variableFunc Func Function to compute the variable value from a milling step (can be null) RemoveFlyPiece() Removes any disconnected or “flying” pieces from the workpiece geometry. [JsAce] public void RemoveFlyPiece() Reset() Reset Player [JsAce(DocContentHtml = \"Reset Player\")] public void Reset() ResetRuntime() Clears internal buffers. [JsAce] public void ResetRuntime() RunNc(string, string) Runs NC code directly from a string. [JsAce(Snippet = \"RunNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Run NC. second parameter is the file name alternative shows in the log.\")] public IEnumerable RunNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs Returns IEnumerable Enumerable sequence of actions to be executed RunNcFile(string) Runs an NC file with the specified relative path. [JsAce(\"RunNcFile($1\\\"ncFile\\\");\")] public IEnumerable RunNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file Returns IEnumerable Enumerable sequence of actions to be executed SetNcResolutionFeedPerCycle() Sets NC resolution to feed per cycle mode. public void SetNcResolutionFeedPerCycle() SetNcResolutionFeedPerTooth() Sets NC resolution to feed per tooth mode. public void SetNcResolutionFeedPerTooth() SetNcResolutionFixed(double, double) Sets NC resolution to fixed mode with specified resolution values. public void SetNcResolutionFixed(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters. rotaryResolution_deg double Rotary resolution in degrees. SetStickMachiningToolObservationHeight_mm(int, double) Sets the observation height in millimeters for the specified stick machining tool. [JsAce(\"SetStickMachiningToolObservationHeight_mm($1toolId,$2height_mm)\")] public void SetStickMachiningToolObservationHeight_mm(int toolId, double height) Parameters toolId int The ID of the tool height double The observation height in millimeters to set SetUniformContourTrayShiftAngle_deg(int, double) Sets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"SetUniformContourTrayShiftAngle_deg($1toolId,$2angle_deg)\")] public void SetUniformContourTrayShiftAngle_deg(int toolId, double angle_deg) Parameters toolId int The ID of the tool angle_deg double The shift angle in degrees to set ShiftDistance_mm(double) Creates a distance shift object representing the specified distance in millimeters. public DistanceShift ShiftDistance_mm(double distanceShift_mm) Parameters distanceShift_mm double Distance shift in millimeters Returns DistanceShift Distance shift object ShiftTime_s(double) Creates a time shift object representing the specified time in seconds. public TimeShift ShiftTime_s(double seconds) Parameters seconds double Time in seconds Returns TimeShift Time shift object TrainMillingPara(SampleFlag, string, double) Trains milling parameters using the specified sample flag. [JsAce(\"TrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] public void TrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering WarningMessage(string) Displays a warning message in the message host. [JsAce(\"WarningMessage($1message)\")] public void WarningMessage(string message) Parameters message string The warning message to display WriteRuntimeGeom(string) Writes the current runtime geometry to a file. [JsAce(\"WriteRuntimeGeom($1\\\"dstFile\\\")\")] public void WriteRuntimeGeom(string relFile) Parameters relFile string Relative path to the output file WriteRuntimeGeomToStl(string, double) Writes the current runtime geometry to an STL file. [JsAce(\"WriteRuntimeGeomToStl($1\\\"dstFile\\\",$2resolution_mm)\")] public void WriteRuntimeGeomToStl(string relFile, double resolution_mm = 0) Parameters relFile string Relative path to the output STL file resolution_mm double Resolution in millimeters (0 for default) WriteShotFiles(double, string) Writes time-series data to shot files with the specified resolution period (alternative parameter order). public void WriteShotFiles(double resolutionPeroid_ms, string relFileTemplate) Parameters resolutionPeroid_ms double Resolution period in milliseconds relFileTemplate string Template for output file path, can include [NcName] placeholder WriteShotFiles(string, double) Writes time-series data to shot files with the specified resolution period. [JsAce(Snippet = \"WriteShotFiles(\\\"Output/[NcName].shot.csv\\\",resolutionPeroid_ms)\", DocContentHtml = \"Write time series data by resolutionPeroid_ms\")] public void WriteShotFiles(string relFileTemplate = \"Output/[NcName].shot.csv\", double resolutionPeroid_ms = 1) Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder resolutionPeroid_ms double Resolution period in milliseconds WriteStepFiles(string) Writes step-series data to files with the specified file template. [JsAce(Snippet = \"WriteStepFiles(\\\"Output/[NcName].step.csv\\\")\", DocContentHtml = \"Write step series data.\")] public void WriteStepFiles(string relFileTemplate = \"Output/[NcName].step.csv\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Events MachiningStepBuilt Gets or sets the action to configure steps during execution. [JsAce(Snippet = \"MachiningStepBuilt+=($1preStep,$2curStep)=>{$3Command};\", DocContentHtml = \"Runtime Step Configuration action. preStep is the Previous Milling Step; curStep is the Current Milling Step. preStep is null if no previous step existed.\")] public event MachiningActRunner.MachiningStepBuiltDelegate MachiningStepBuilt Event Type MachiningActRunner.MachiningStepBuiltDelegate MachiningStepSelected Event that is triggered when a milling step is selected. [JsAce(Snippet = \"MachiningStepSelected+=($1millingStep)=>{$2Command};\")] public event Action MachiningStepSelected Event Type Action"
+ "summary": "Class RuntimeApi Namespace Hi.MachiningProcs Assembly HiNc.dll Runtime API for machining operations. public class RuntimeApi : ICsScriptApi Inheritance object RuntimeApi Implements ICsScriptApi Inherited Members object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Properties DiffVisualRadius_mm Gets or sets the visual radius in millimeters for difference visualization. Controls the radius used for highlighting differences between workpiece states. [JsAce] public double DiffVisualRadius_mm { get; set; } Property Value double DispCacheMb Gets or sets the display cache size in megabytes. public long DispCacheMb { get; set; } Property Value long DispCache_Mb Gets or sets the display cache size in megabytes. [JsAce] public long DispCache_Mb { get; set; } Property Value long EnableAutoMapOnSelectionEnd Gets or sets whether to automatically map selections when they end. [JsAce] public bool EnableAutoMapOnSelectionEnd { get; set; } Property Value bool EnableCollisionDetection Gets or sets whether collision detection is enabled. [JsAce(DocContentHtml = \"Enable Collision Detection.\")] public bool EnableCollisionDetection { get; set; } Property Value bool EnablePauseOnCollision Obsoleted. Gets or sets whether to pause execution when a collision is detected. This property only has an effect if collision detection is enabled. public bool EnablePauseOnCollision { get; set; } Property Value bool EnablePauseOnFailure Gets or sets whether to pause on failure during execution. [JsAce(DocContentHtml = \"Enable Pause On Failure.\")] public bool EnablePauseOnFailure { get; set; } Property Value bool EnablePhysics Gets or sets whether milling force evaluation is enabled. [JsAce(DocContentHtml = \"Enable milling force evaluation.\")] public bool EnablePhysics { get; set; } Property Value bool EnableWearEffect Gets or sets whether tool wear effects are enabled in simulation. [JsAce] public bool EnableWearEffect { get; set; } Property Value bool FeedPerCycle Gets a new feed per cycle machining motion resolution instance. [JsAce] public FeedPerCycleMachiningMotionResolution FeedPerCycle { get; } Property Value FeedPerCycleMachiningMotionResolution FeedPerTooth Gets a new feed per tooth machining motion resolution instance. [JsAce] public FeedPerToothMachiningMotionResolution FeedPerTooth { get; } Property Value FeedPerToothMachiningMotionResolution Fixture [JsAce] public Fixture Fixture { get; set; } Property Value Fixture Global Global variables. [JsAce(\"Global[$1key]\")] public Dictionary Global { get; } Property Value Dictionary InitSpindleTemperature_C Gets or sets the initial spindle temperature in degrees Celsius. [JsAce(DocContentHtml = \"Spindle Temperature on initialization.\")] public double InitSpindleTemperature_C { get; set; } Property Value double JsAceCompletionProfileJsonArray Internal used. public static JsonArray JsAceCompletionProfileJsonArray { get; } Property Value JsonArray MachiningMotionResolution Gets or sets the machining motion resolution. [JsAce] public IMachiningMotionResolution MachiningMotionResolution { get; set; } Property Value IMachiningMotionResolution MachiningResolution Gets or sets the machining resolution in millimeters. For legacy compatable. [JsAce] [Obsolete] public double MachiningResolution { get; set; } Property Value double MachiningResolution_mm Gets or sets the machining resolution in millimeters. [JsAce] public double MachiningResolution_mm { get; set; } Property Value double MachiningSession public MachiningSession MachiningSession { get; } Property Value MachiningSession MapTask Task tracking the status of mapping operations. public Task MapTask { get; set; } Property Value Task MillingForceCycleDivisionNum Gets or sets the number of divisions per cycle for milling force calculation. This property should be set before milling force evaluation if TrainMillingPara(SampleFlag, string, double) is intended to be used. [JsAce] public static int MillingForceCycleDivisionNum { get; set; } Property Value int NcOptOption Gets or sets the NC optimization options. [JsAce] public NcOptOption NcOptOption { get; set; } Property Value NcOptOption OptEnableDepthCompensation Enables or disables depth compensation during optimization. [JsAce] public bool OptEnableDepthCompensation { get; set; } Property Value bool OptEnableFeedrate Gets or sets whether to enable feed rate optimization in NC optimization. [JsAce] public bool OptEnableFeedrate { get; set; } Property Value bool OptEnableForwardCompensation Enables or disables forward compensation during optimization. [JsAce] public bool OptEnableForwardCompensation { get; set; } Property Value bool OptEnableInterpolation Enables or disables reinterpolation for optimization. [JsAce] public bool OptEnableInterpolation { get; set; } Property Value bool OptEnableSideCompensation Enables or disables side compensation during optimization. [JsAce] public bool OptEnableSideCompensation { get; set; } Property Value bool OptExtendedPostDistance_mm Gets or sets the extended post-distance in millimeters for NC optimization. This is the distance after the current segment that will be considered for optimization. [JsAce] public double OptExtendedPostDistance_mm { get; set; } Property Value double OptExtendedPreDistance_mm Gets or sets the extended pre-distance in millimeters for NC optimization. This is the distance before the current segment that will be considered for optimization. [JsAce] public double OptExtendedPreDistance_mm { get; set; } Property Value double OptFeedrateAssignmentRatio Gets or sets the feedrate assignment ratio for optimization. If the feedrate change exceeds this ratio, the feedrate in the NC line will be updated. [JsAce] public double OptFeedrateAssignmentRatio { get; set; } Property Value double OptMaxAcceleration_mmds2 Maximum acceleration in mm/s² during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxAcceleration_mmds2 { get; set; } Property Value double OptMaxFeedPerTooth_mm Gets or sets the maximum feed per tooth in millimeters for optimization. [JsAce] public double OptMaxFeedPerTooth_mm { get; set; } Property Value double OptMaxFeedrate_mmdmin Maximum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMaxFeedrate_mmdmin { get; set; } Property Value double OptMaxJerk_mmds3 Maximum jerk in mm/s³ during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxJerk_mmds3 { get; set; } Property Value double OptMinFeedPerTooth_mm Gets or sets the minimum feed per tooth in millimeters for optimization. [JsAce] public double OptMinFeedPerTooth_mm { get; set; } Property Value double OptMinFeedrate_mmdmin Minimum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMinFeedrate_mmdmin { get; set; } Property Value double OptPreferedForce_N Preferred force in N for optimization. [JsAce] public double OptPreferedForce_N { get; set; } Property Value double OptRapidFeed_mmdmin Rapid feed rate in mm/min for non-cutting movements during optimization. [JsAce] public double OptRapidFeed_mmdmin { get; set; } Property Value double OptSpindlePowerSafetyFactor Safety factor for spindle power during optimization. [JsAce] public double OptSpindlePowerSafetyFactor { get; set; } Property Value double OptSpindlePowerUtilizationFactor Utilization factor for spindle power during optimization. It is the reciprocal of the spindle power safety factor. [JsAce] public double OptSpindlePowerUtilizationFactor { get; set; } Property Value double OptSpindleTorqueSafetyFactor [JsAce] public double OptSpindleTorqueSafetyFactor { get; set; } Property Value double OptSpindleTorqueUtilizationFactor Utilization factor for spindle torque during optimization. It is the reciprocal of the spindle torque safety factor. [JsAce] public double OptSpindleTorqueUtilizationFactor { get; set; } Property Value double OptThermalYieldSafetyFactor Safety factor for spindle torque during optimization. [JsAce] public double OptThermalYieldSafetyFactor { get; set; } Property Value double OptThermalYieldUtilizationFactor Utilization factor for thermal yield during optimization. It is the reciprocal of the thermal yield safety factor. [JsAce] public double OptThermalYieldUtilizationFactor { get; set; } Property Value double OptYieldingSafetyFactor Safety factor for yielding during optimization. [JsAce] public double OptYieldingSafetyFactor { get; set; } Property Value double OptYieldingUtilizationFactor Utilization factor for yielding during optimization. It is the reciprocal of the yielding safety factor. [JsAce] public double OptYieldingUtilizationFactor { get; set; } Property Value double ParaTemplateDimension Gets or sets the parameter template dimension (2D or 3D). [JsAce] public int ParaTemplateDimension { get; set; } Property Value int ScriptOptions ScriptOptions. public ScriptOptions ScriptOptions { get; set; } Property Value ScriptOptions SessionMessageHost Gets the session message host for displaying messages. [JsAce] public SessionMessageHost SessionMessageHost { get; } Property Value SessionMessageHost StepCount Gets the total number of milling steps. [JsAce] public int StepCount { get; } Property Value int Workpiece [JsAce] public Workpiece Workpiece { get; set; } Property Value Workpiece Methods AddTimeDataByFile(string, string, double, double) Adds time-based data from a file to the time mapping dictionary with specified time bounds in seconds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] public bool AddTimeDataByFile(string key, string relFile, double beginTime, double endTime) Parameters key string Key to identify the data relFile string Relative path to the data file beginTime double Beginning time in seconds endTime double Ending time in seconds Returns bool True if the data was successfully added, false otherwise AddTimeDataByFile(string, string, string, string) Adds time-based data from a file to the time mapping dictionary with specified time bounds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] public bool AddTimeDataByFile(string key, string relFile, string beginTimeText, string endTimeText) Parameters key string Key to identify the data relFile string Relative path to the data file beginTimeText string Beginning time as text (seconds or TimeSpan format) endTimeText string Ending time as text (seconds or TimeSpan format) Returns bool True if the data was successfully added, false otherwise AppendMessagesToFile(string, params string[]) Appends messages to a file, optionally filtered by tags. [JsAce(\"AppendMessagesToFile(\\\"dstRelFile\\\",flags)\")] public void AppendMessagesToFile(string dstRelFile, params string[] flags) Parameters dstRelFile string Destination relative file path flags string[] Optional flags to filter messages by tags BeginPreserve() Begin Preserve section in optimzation process. [JsAce(\"BeginPreserve()\")] public void BeginPreserve() BeginSelection(string, AnchorMode, IStepShift) Begin mark on current line. milling step() has not triggered yet. public void BeginSelection(string key, AnchorMode anchorMode = AnchorMode.LineBegin, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the beginning of selection shift IStepShift Step shift to apply BeginSession() Begins a new machining session. public void BeginSession() ClearTimeMappingData() Clears all time mapping data. [JsAce] public void ClearTimeMappingData() Diff(double) Performs a difference analysis on the workpiece geometry to detect variations. [JsAce(\"Diff($1detectionRadius_mm)\")] public void Diff(double detectionRadius_mm) Parameters detectionRadius_mm double Radius for detecting differences EndPreserve() End Preserve section in optimzation process. [JsAce(\"EndPreserve()\")] public void EndPreserve() EndSelection(string, AnchorMode, IStepShift) End mark on current line for selection. public void EndSelection(string key, AnchorMode anchorMode = AnchorMode.LineEnd, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the end of selection shift IStepShift Step shift to apply EndSession() Ends the current machining session. public void EndSession() ErrorMessage(string) Displays an error message in the message host. [JsAce(\"ErrorMessage($1message)\")] public void ErrorMessage(string message) Parameters message string The error message to display FixedPace(double, double) Creates a fixed machining motion resolution with specified parameters. [JsAce(\"FixedPace($1linearResolution_mm, $2rotaryResolution_deg)\")] public FixedMachiningMotionResolution FixedPace(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters rotaryResolution_deg double Rotary resolution in degrees Returns FixedMachiningMotionResolution A new fixed machining motion resolution instance GetMillingStep(int) Retrieves a milling step at the specified index. [JsAce(Snippet = \"GetMillingStep($1\\\"stepIndex\\\")\")] public MachiningStep GetMillingStep(int stepIndex) Parameters stepIndex int Index of the milling step to retrieve Returns MachiningStep The milling step at the specified index GetStickMachiningToolObservationHeight_mm(int) Gets the observation height in millimeters for the specified stick machining tool. [JsAce(\"GetStickMachiningToolObservationHeight_mm($1toolId)\")] public double GetStickMachiningToolObservationHeight_mm(int toolId) Parameters toolId int The ID of the tool Returns double The observation height in millimeters GetUniformContourTrayShiftAngle_deg(int) Gets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"GetUniformContourTrayShiftAngle_deg($1toolId)\")] public double GetUniformContourTrayShiftAngle_deg(int toolId) Parameters toolId int The ID of the tool Returns double The shift angle in degrees LineSelection(string, AnchorMode, IStepShift, AnchorMode, IStepShift) Create a line selection from begin to end mark. public void LineSelection(string key, AnchorMode beginAnchorMode = AnchorMode.LineBegin, IStepShift beginShift = null, AnchorMode endAnchorMode = AnchorMode.LineEnd, IStepShift endShift = null) Parameters key string Identifier key for the selection beginAnchorMode AnchorMode Mode for anchoring the beginning of selection beginShift IStepShift Step shift to apply at beginning endAnchorMode AnchorMode Mode for anchoring the end of selection endShift IStepShift Step shift to apply at end Map(string, FileTimeSection, CycleSamplingMode?) Maps selection data to time section. public Task Map(string key, FileTimeSection fileTimeSection = null, StepTimeShotUtil.CycleSamplingMode? cycleSamplingMode = CycleSamplingMode.SpindleCycle) Parameters key string Identifier key for the selection fileTimeSection FileTimeSection File time section, or null to use the one associated with the key cycleSamplingMode StepTimeShotUtil.CycleSamplingMode? Cycle sampling mode Returns Task Task representing the asynchronous mapping operation Message(string) Displays a message in the message host. [JsAce(\"Message($1message)\")] public void Message(string message) Parameters message string The message to display OptimizeToFiles(string) Optimizes NC files and saves results using the specified file template. [JsAce(Snippet = \"OptimizeToFiles(\\\"Output/Opt-[NcName]\\\")\", DocContentHtml = \"Optimize To Files by substitude template keywoard \\\"[NcName]\\\"\")] public void OptimizeToFiles(string relFileTemplate = \"Output/Opt-[NcName]\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Pace() Controls the pace of machining operations during execution. [JsAce(\"Pace();\")] public void Pace() Pause() Pause Player [JsAce(DocContentHtml = \"Pause Player\")] public void Pause() PlayAct(IAct, IIndexedFileLine, CancellationToken?) Plays an act with pacing control. [JsAce] public void PlayAct(IAct act, IIndexedFileLine sourceCommand = null, CancellationToken? cancellationToken = null) Parameters act IAct The act to play. sourceCommand IIndexedFileLine The source command. cancellationToken CancellationToken? Cancellation token. PlayClTeleport(double, double, double, double, double, double) Plays a CL (cutter location) teleport operation. [JsAce] public void PlayClTeleport(double x, double y, double z, double i, double j, double k) Parameters x double X coordinate. y double Y coordinate. z double Z coordinate. i double I vector component. j double J vector component. k double K vector component. PlayCsvFile(string) Plays an Csv file with the specified relative path. [JsAce(\"PlayCsvFile($1\\\"csvFile\\\");\")] public void PlayCsvFile(string relFilePath) Parameters relFilePath string Relative path to the CSV file PlayNc(string, string) Plays NC code directly from a string, executing each action and pacing between them. [JsAce(Snippet = \"PlayNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Play NC. second parameter is the file name alternative shows in the log.\")] public void PlayNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs PlayNcFile(string) Plays an NC file with the specified relative path. [JsAce(\"PlayNcFile($1\\\"ncFile\\\");\")] public void PlayNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file PlayToolingTeleport(int) Plays a tooling teleport operation. [JsAce] public void PlayToolingTeleport(int toolId) Parameters toolId int The tool ID to teleport. Preserve() Preserve one line NC code in optimzation process. [JsAce(\"Preserve()\")] public void Preserve() ProgressMessage(string) Displays a progress message in the message host. [JsAce(\"ProgressMessage($1message)\")] public void ProgressMessage(string message) Parameters message string The progress message to display ReTrainMillingPara(SampleFlag, string, double) Re-trains milling parameters using the specified sample flag. [JsAce(\"ReTrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] public void ReTrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering ReadCsvByTimeInterpolation(string) Reads a CSV file and performs time-based interpolation to map data to milling steps. [JsAce(Snippet = \"ReadCsvByTimeInterpolation($1\\\"csvFile\\\")\")] public void ReadCsvByTimeInterpolation(string csvFile) Parameters csvFile string Path to the CSV file relative to the base directory ReadRuntimeGeom(string) Reads runtime geometry from a file. [JsAce(\"ReadRuntimeGeom($1\\\"srcFile\\\")\")] public void ReadRuntimeGeom(string relFile) Parameters relFile string Relative path to the input file RegisterStepVariable(string, string, string, string, Func) Registers a step variable for tracking during execution. [JsAce(Snippet = \"RegisterStepVariable(\\\"$1key\\\",\\\"$2name\\\",\\\"$3unit\\\",\\\"$4formatString\\\",\\\"$5variableFunc\\\")\", DocContentHtml = \"Register Step Variable.
\\\"unit\\\" is nullable
\\\"formatString\\\" is nullable
\")] public void RegisterStepVariable(string key, string name, string unit, string formatString, Func variableFunc = null) Parameters key string Unique key to identify the variable name string Human-readable name of the variable unit string Physical unit of the variable (can be null) formatString string Format string for displaying the variable (can be null) variableFunc Func Function to compute the variable value from a milling step (can be null) RemoveFlyPiece() Removes any disconnected or “flying” pieces from the workpiece geometry. [JsAce] public void RemoveFlyPiece() Reset() Reset Player [JsAce(DocContentHtml = \"Reset Player\")] public void Reset() ResetRuntime() Clears internal buffers. [JsAce] public void ResetRuntime() RunNc(string, string) Runs NC code directly from a string. [JsAce(Snippet = \"RunNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Run NC. second parameter is the file name alternative shows in the log.\")] public IEnumerable RunNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs Returns IEnumerable Enumerable sequence of actions to be executed RunNcFile(string) Runs an NC file with the specified relative path. [JsAce(\"RunNcFile($1\\\"ncFile\\\");\")] public IEnumerable RunNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file Returns IEnumerable Enumerable sequence of actions to be executed SetNcResolutionFeedPerCycle() Sets NC resolution to feed per cycle mode. public void SetNcResolutionFeedPerCycle() SetNcResolutionFeedPerTooth() Sets NC resolution to feed per tooth mode. public void SetNcResolutionFeedPerTooth() SetNcResolutionFixed(double, double) Sets NC resolution to fixed mode with specified resolution values. public void SetNcResolutionFixed(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters. rotaryResolution_deg double Rotary resolution in degrees. SetStickMachiningToolObservationHeight_mm(int, double) Sets the observation height in millimeters for the specified stick machining tool. [JsAce(\"SetStickMachiningToolObservationHeight_mm($1toolId,$2height_mm)\")] public void SetStickMachiningToolObservationHeight_mm(int toolId, double height) Parameters toolId int The ID of the tool height double The observation height in millimeters to set SetUniformContourTrayShiftAngle_deg(int, double) Sets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"SetUniformContourTrayShiftAngle_deg($1toolId,$2angle_deg)\")] public void SetUniformContourTrayShiftAngle_deg(int toolId, double angle_deg) Parameters toolId int The ID of the tool angle_deg double The shift angle in degrees to set ShiftDistance_mm(double) Creates a distance shift object representing the specified distance in millimeters. public DistanceShift ShiftDistance_mm(double distanceShift_mm) Parameters distanceShift_mm double Distance shift in millimeters Returns DistanceShift Distance shift object ShiftTime_s(double) Creates a time shift object representing the specified time in seconds. public TimeShift ShiftTime_s(double seconds) Parameters seconds double Time in seconds Returns TimeShift Time shift object TrainMillingPara(SampleFlag, string, double) Trains milling parameters using the specified sample flag. [JsAce(\"TrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] public void TrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering WarningMessage(string) Displays a warning message in the message host. [JsAce(\"WarningMessage($1message)\")] public void WarningMessage(string message) Parameters message string The warning message to display WriteRuntimeGeom(string) Writes the current runtime geometry to a file. [JsAce(\"WriteRuntimeGeom($1\\\"dstFile\\\")\")] public void WriteRuntimeGeom(string relFile) Parameters relFile string Relative path to the output file WriteRuntimeGeomToStl(string, double) Writes the current runtime geometry to an STL file. [JsAce(\"WriteRuntimeGeomToStl($1\\\"dstFile\\\",$2resolution_mm)\")] public void WriteRuntimeGeomToStl(string relFile, double resolution_mm = 0) Parameters relFile string Relative path to the output STL file resolution_mm double Resolution in millimeters (0 for default) WriteShotFiles(double, string) Writes time-series data to shot files with the specified resolution period (alternative parameter order). public void WriteShotFiles(double resolutionPeroid_ms, string relFileTemplate) Parameters resolutionPeroid_ms double Resolution period in milliseconds relFileTemplate string Template for output file path, can include [NcName] placeholder WriteShotFiles(string, double) Writes time-series data to shot files with the specified resolution period. [JsAce(Snippet = \"WriteShotFiles(\\\"Output/[NcName].shot.csv\\\",resolutionPeroid_ms)\", DocContentHtml = \"Write time series data by resolutionPeroid_ms\")] public void WriteShotFiles(string relFileTemplate = \"Output/[NcName].shot.csv\", double resolutionPeroid_ms = 1) Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder resolutionPeroid_ms double Resolution period in milliseconds WriteStepFiles(string) Writes step-series data to files with the specified file template. [JsAce(Snippet = \"WriteStepFiles(\\\"Output/[NcName].step.csv\\\")\", DocContentHtml = \"Write step series data.\")] public void WriteStepFiles(string relFileTemplate = \"Output/[NcName].step.csv\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Events MachiningStepBuilt Gets or sets the action to configure steps during execution. The event will be cleared by the calling of ResetRuntime(). [JsAce(Snippet = \"MachiningStepBuilt+=($1preStep,$2curStep)=>{$3Command};\", DocContentHtml = \"Runtime Step Configuration action. preStep is the Previous Milling Step; curStep is the Current Milling Step. preStep is null if no previous step existed.\")] public event MachiningActRunner.MachiningStepBuiltDelegate MachiningStepBuilt Event Type MachiningActRunner.MachiningStepBuiltDelegate MachiningStepSelected Event that is triggered when a milling step is selected. The event will be cleared by the calling of ResetRuntime(). [JsAce(Snippet = \"MachiningStepSelected+=($1millingStep)=>{$2Command};\")] public event Action MachiningStepSelected Event Type Action"
},
"api/Hi.MachiningProcs.RuntimeController.html": {
"href": "api/Hi.MachiningProcs.RuntimeController.html",
"title": "Class RuntimeController | HiAPI-C# 2025",
- "summary": "Class RuntimeController Namespace Hi.MachiningProcs Assembly HiNc.dll Provides a C# scripting API for controlling and manipulating the milling course. Allows for runtime control of milling operations, geometry manipulation, and data analysis. [ApiController] [Route(\"api/[controller]/[action]\")] public class RuntimeController : ControllerBase Inheritance object ControllerBase RuntimeController Inherited Members ControllerBase.StatusCode(int) ControllerBase.StatusCode(int, object) ControllerBase.Content(string) ControllerBase.Content(string, string) ControllerBase.Content(string, string, Encoding) ControllerBase.Content(string, MediaTypeHeaderValue) ControllerBase.NoContent() ControllerBase.Ok() ControllerBase.Ok(object) ControllerBase.Redirect(string) ControllerBase.RedirectPermanent(string) ControllerBase.RedirectPreserveMethod(string) ControllerBase.RedirectPermanentPreserveMethod(string) ControllerBase.LocalRedirect(string) ControllerBase.LocalRedirectPermanent(string) ControllerBase.LocalRedirectPreserveMethod(string) ControllerBase.LocalRedirectPermanentPreserveMethod(string) ControllerBase.RedirectToAction() ControllerBase.RedirectToAction(string) ControllerBase.RedirectToAction(string, object) ControllerBase.RedirectToAction(string, string) ControllerBase.RedirectToAction(string, string, object) ControllerBase.RedirectToAction(string, string, string) ControllerBase.RedirectToAction(string, string, object, string) ControllerBase.RedirectToActionPreserveMethod(string, string, object, string) ControllerBase.RedirectToActionPermanent(string) ControllerBase.RedirectToActionPermanent(string, object) ControllerBase.RedirectToActionPermanent(string, string) ControllerBase.RedirectToActionPermanent(string, string, string) ControllerBase.RedirectToActionPermanent(string, string, object) ControllerBase.RedirectToActionPermanent(string, string, object, string) ControllerBase.RedirectToActionPermanentPreserveMethod(string, string, object, string) ControllerBase.RedirectToRoute(string) ControllerBase.RedirectToRoute(object) ControllerBase.RedirectToRoute(string, object) ControllerBase.RedirectToRoute(string, string) ControllerBase.RedirectToRoute(string, object, string) ControllerBase.RedirectToRoutePreserveMethod(string, object, string) ControllerBase.RedirectToRoutePermanent(string) ControllerBase.RedirectToRoutePermanent(object) ControllerBase.RedirectToRoutePermanent(string, object) ControllerBase.RedirectToRoutePermanent(string, string) ControllerBase.RedirectToRoutePermanent(string, object, string) ControllerBase.RedirectToRoutePermanentPreserveMethod(string, object, string) ControllerBase.RedirectToPage(string) ControllerBase.RedirectToPage(string, object) ControllerBase.RedirectToPage(string, string) ControllerBase.RedirectToPage(string, string, object) ControllerBase.RedirectToPage(string, string, string) ControllerBase.RedirectToPage(string, string, object, string) ControllerBase.RedirectToPagePermanent(string) ControllerBase.RedirectToPagePermanent(string, object) ControllerBase.RedirectToPagePermanent(string, string) ControllerBase.RedirectToPagePermanent(string, string, string) ControllerBase.RedirectToPagePermanent(string, string, object, string) ControllerBase.RedirectToPagePreserveMethod(string, string, object, string) ControllerBase.RedirectToPagePermanentPreserveMethod(string, string, object, string) ControllerBase.File(byte[], string) ControllerBase.File(byte[], string, bool) ControllerBase.File(byte[], string, string) ControllerBase.File(byte[], string, string, bool) ControllerBase.File(byte[], string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(byte[], string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(byte[], string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(byte[], string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(Stream, string) ControllerBase.File(Stream, string, bool) ControllerBase.File(Stream, string, string) ControllerBase.File(Stream, string, string, bool) ControllerBase.File(Stream, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(Stream, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(Stream, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(Stream, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(string, string) ControllerBase.File(string, string, bool) ControllerBase.File(string, string, string) ControllerBase.File(string, string, string, bool) ControllerBase.File(string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(string, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(string, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.PhysicalFile(string, string) ControllerBase.PhysicalFile(string, string, bool) ControllerBase.PhysicalFile(string, string, string) ControllerBase.PhysicalFile(string, string, string, bool) ControllerBase.PhysicalFile(string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.PhysicalFile(string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.PhysicalFile(string, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.PhysicalFile(string, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.Unauthorized() ControllerBase.Unauthorized(object) ControllerBase.NotFound() ControllerBase.NotFound(object) ControllerBase.BadRequest() ControllerBase.BadRequest(object) ControllerBase.BadRequest(ModelStateDictionary) ControllerBase.UnprocessableEntity() ControllerBase.UnprocessableEntity(object) ControllerBase.UnprocessableEntity(ModelStateDictionary) ControllerBase.Conflict() ControllerBase.Conflict(object) ControllerBase.Conflict(ModelStateDictionary) ControllerBase.Problem(string, string, int?, string, string) ControllerBase.Problem(string, string, int?, string, string, IDictionary) ControllerBase.ValidationProblem(ValidationProblemDetails) ControllerBase.ValidationProblem(ModelStateDictionary) ControllerBase.ValidationProblem() ControllerBase.ValidationProblem(string, string, int?, string, string, ModelStateDictionary) ControllerBase.ValidationProblem(string, string, int?, string, string, ModelStateDictionary, IDictionary) ControllerBase.Created() ControllerBase.Created(string, object) ControllerBase.Created(Uri, object) ControllerBase.CreatedAtAction(string, object) ControllerBase.CreatedAtAction(string, object, object) ControllerBase.CreatedAtAction(string, string, object, object) ControllerBase.CreatedAtRoute(string, object) ControllerBase.CreatedAtRoute(object, object) ControllerBase.CreatedAtRoute(string, object, object) ControllerBase.Accepted() ControllerBase.Accepted(object) ControllerBase.Accepted(Uri) ControllerBase.Accepted(string) ControllerBase.Accepted(string, object) ControllerBase.Accepted(Uri, object) ControllerBase.AcceptedAtAction(string) ControllerBase.AcceptedAtAction(string, string) ControllerBase.AcceptedAtAction(string, object) ControllerBase.AcceptedAtAction(string, string, object) ControllerBase.AcceptedAtAction(string, object, object) ControllerBase.AcceptedAtAction(string, string, object, object) ControllerBase.AcceptedAtRoute(object) ControllerBase.AcceptedAtRoute(string) ControllerBase.AcceptedAtRoute(string, object) ControllerBase.AcceptedAtRoute(object, object) ControllerBase.AcceptedAtRoute(string, object, object) ControllerBase.Challenge() ControllerBase.Challenge(params string[]) ControllerBase.Challenge(AuthenticationProperties) ControllerBase.Challenge(AuthenticationProperties, params string[]) ControllerBase.Forbid() ControllerBase.Forbid(params string[]) ControllerBase.Forbid(AuthenticationProperties) ControllerBase.Forbid(AuthenticationProperties, params string[]) ControllerBase.SignIn(ClaimsPrincipal) ControllerBase.SignIn(ClaimsPrincipal, string) ControllerBase.SignIn(ClaimsPrincipal, AuthenticationProperties) ControllerBase.SignIn(ClaimsPrincipal, AuthenticationProperties, string) ControllerBase.SignOut() ControllerBase.SignOut(AuthenticationProperties) ControllerBase.SignOut(params string[]) ControllerBase.SignOut(AuthenticationProperties, params string[]) ControllerBase.TryUpdateModelAsync(TModel) ControllerBase.TryUpdateModelAsync(TModel, string) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider) ControllerBase.TryUpdateModelAsync(TModel, string, params Expression>[]) ControllerBase.TryUpdateModelAsync(TModel, string, Func) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider, params Expression>[]) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider, Func) ControllerBase.TryUpdateModelAsync(object, Type, string) ControllerBase.TryUpdateModelAsync(object, Type, string, IValueProvider, Func) ControllerBase.TryValidateModel(object) ControllerBase.TryValidateModel(object, string) ControllerBase.HttpContext ControllerBase.Request ControllerBase.Response ControllerBase.RouteData ControllerBase.ModelState ControllerBase.ControllerContext ControllerBase.MetadataProvider ControllerBase.ModelBinderFactory ControllerBase.Url ControllerBase.ObjectValidator ControllerBase.ProblemDetailsFactory ControllerBase.User ControllerBase.Empty object.Equals(object) object.Equals(object, object) object.GetHashCode() object.GetType() object.MemberwiseClone() object.ReferenceEquals(object, object) object.ToString() Extension Methods DuplicateUtil.TryDuplicate(TSelf, params object[]) InvokeUtil.SelfInvoke(TSrc, Action) InvokeUtil.SelfInvoke(TSrc, Func) ColorUtil.GetGloomyColor(object, double, double) NameUtil.GetSelectionName(object) StringUtil.GetPropertyStringIfToStringNotOverloaded(object, bool, bool) LockUtil.Lock(object) Constructors RuntimeController(IProjectService) Initializes a new instance. public RuntimeController(IProjectService projectService) Parameters projectService IProjectService Properties DiffVisualRadius_mm Gets or sets the visual radius in millimeters for difference visualization. Controls the radius used for highlighting differences between workpiece states. [JsAce] public double DiffVisualRadius_mm { get; set; } Property Value double DispCacheMb Gets or sets the display cache size in megabytes. public long DispCacheMb { get; set; } Property Value long DispCache_Mb Gets or sets the display cache size in megabytes. [JsAce] public long DispCache_Mb { get; set; } Property Value long EnableAutoMapOnSelectionEnd Gets or sets whether to automatically map selections when they end. [JsAce] public bool EnableAutoMapOnSelectionEnd { get; set; } Property Value bool EnableCollisionDetection Gets or sets whether collision detection is enabled. [JsAce(DocContentHtml = \"Enable Collision Detection.\")] public bool EnableCollisionDetection { get; set; } Property Value bool EnablePauseOnCollision Obsoleted. Gets or sets whether to pause execution when a collision is detected. This property only has an effect if collision detection is enabled. public bool EnablePauseOnCollision { get; set; } Property Value bool EnablePauseOnFailure EnablePauseOnFailure [JsAce(DocContentHtml = \"Enable Pause On Failure.\")] public bool EnablePauseOnFailure { get; set; } Property Value bool EnablePhysics Gets or sets whether milling force evaluation is enabled. [JsAce(DocContentHtml = \"Enable milling force evaluation.\")] public bool EnablePhysics { get; set; } Property Value bool EnableWearEffect Gets or sets whether tool wear effects are enabled in simulation. [JsAce] public bool EnableWearEffect { get; set; } Property Value bool FeedPerCycle Gets a new feed per cycle machining motion resolution instance. [JsAce] public FeedPerCycleMachiningMotionResolution FeedPerCycle { get; } Property Value FeedPerCycleMachiningMotionResolution FeedPerTooth Gets a new feed per tooth machining motion resolution instance. [JsAce] public FeedPerToothMachiningMotionResolution FeedPerTooth { get; } Property Value FeedPerToothMachiningMotionResolution Global [JsAce(\"Global[$1key]\")] public Dictionary Global { get; } Property Value Dictionary InitSpindleTemperature_C Gets or sets the initial spindle temperature in degrees Celsius. [JsAce(DocContentHtml = \"Spindle Temperature on initialization.\")] public double InitSpindleTemperature_C { get; set; } Property Value double JsAceCompletionProfileJsonArray Internal used. public static JsonArray JsAceCompletionProfileJsonArray { get; } Property Value JsonArray MachiningMotionResolution Gets or sets the machining motion resolution. [JsAce] public IMachiningMotionResolution MachiningMotionResolution { get; set; } Property Value IMachiningMotionResolution MachiningResolution Gets or sets the machining resolution in millimeters. For legacy compatable. [JsAce] [Obsolete] public double MachiningResolution { get; set; } Property Value double MachiningResolution_mm Gets or sets the machining resolution in millimeters. [JsAce] public double MachiningResolution_mm { get; set; } Property Value double MachiningSession public MachiningSession MachiningSession { get; } Property Value MachiningSession MapTask Task tracking the status of mapping operations. public Task MapTask { get; set; } Property Value Task MillingForceCycleDivisionNum Gets or sets the number of divisions per cycle for milling force calculation. This property should be set before milling force evaluation if TrainMillingPara(SampleFlag, string, double) is intended to be used. [JsAce] public static int MillingForceCycleDivisionNum { get; set; } Property Value int NcOptOption NcOptOption [JsAce] public NcOptOption NcOptOption { get; set; } Property Value NcOptOption OptEnableDepthCompensation Enables or disables depth compensation during optimization. [JsAce] public bool OptEnableDepthCompensation { get; set; } Property Value bool OptEnableFeedrate Gets or sets whether to enable feed rate optimization in NC optimization. [JsAce] public bool OptEnableFeedrate { get; set; } Property Value bool OptEnableForwardCompensation Enables or disables forward compensation during optimization. [JsAce] public bool OptEnableForwardCompensation { get; set; } Property Value bool OptEnableInterpolation Enables or disables reinterpolation for optimization. [JsAce] public bool OptEnableInterpolation { get; set; } Property Value bool OptEnableSideCompensation Enables or disables side compensation during optimization. [JsAce] public bool OptEnableSideCompensation { get; set; } Property Value bool OptExtendedPostDistance_mm Gets or sets the extended post-distance in millimeters for NC optimization. This is the distance after the current segment that will be considered for optimization. [JsAce] public double OptExtendedPostDistance_mm { get; set; } Property Value double OptExtendedPreDistance_mm Gets or sets the extended pre-distance in millimeters for NC optimization. This is the distance before the current segment that will be considered for optimization. [JsAce] public double OptExtendedPreDistance_mm { get; set; } Property Value double OptFeedrateAssignmentRatio Gets or sets the feedrate assignment ratio for optimization. If the feedrate change exceeds this ratio, the feedrate in the NC line will be updated. [JsAce] public double OptFeedrateAssignmentRatio { get; set; } Property Value double OptMaxAcceleration_mmds2 Maximum acceleration in mm/s² during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxAcceleration_mmds2 { get; set; } Property Value double OptMaxFeedrate_mmdmin Maximum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMaxFeedrate_mmdmin { get; set; } Property Value double OptMaxJerk_mmds3 Maximum jerk in mm/s³ during optimization. Only takes effect on reinterpolated section. [JsAce(DocContentHtml = \"Only take effect on reinterpolated section.\")] public double OptMaxJerk_mmds3 { get; set; } Property Value double OptMinFeedrate_mmdmin Minimum feed rate in mm/min for cutting movements during optimization. [JsAce] public double OptMinFeedrate_mmdmin { get; set; } Property Value double OptPreferedForce_N Preferred force in N for optimization. [JsAce] public double OptPreferedForce_N { get; set; } Property Value double OptRapidFeed_mmdmin Rapid feed rate in mm/min for non-cutting movements during optimization. [JsAce] public double OptRapidFeed_mmdmin { get; set; } Property Value double OptSpindlePowerSafetyFactor Safety factor for spindle power during optimization. [JsAce] public double OptSpindlePowerSafetyFactor { get; set; } Property Value double OptSpindleTorqueSafetyFactor Safety factor for spindle torque during optimization. [JsAce] public double OptSpindleTorqueSafetyFactor { get; set; } Property Value double ParaTemplateDimension ParaTemplateDimension [JsAce] public int ParaTemplateDimension { get; set; } Property Value int RuntimeApi Gets the runtime API instance. public RuntimeApi RuntimeApi { get; } Property Value RuntimeApi ScriptOptions public ScriptOptions ScriptOptions { get; set; } Property Value ScriptOptions SessionMessageHost SessionMessageHost [JsAce] public SessionMessageHost SessionMessageHost { get; } Property Value SessionMessageHost StepCount Gets the total number of milling steps. [JsAce] public int StepCount { get; } Property Value int Methods AddTimeDataByFile(string, string, double, double) Adds time-based data from a file to the time mapping dictionary with specified time bounds in seconds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] [NonAction] public bool AddTimeDataByFile(string key, string relFile, double beginTime, double endTime) Parameters key string Key to identify the data relFile string Relative path to the data file beginTime double Beginning time in seconds endTime double Ending time in seconds Returns bool True if the data was successfully added, false otherwise AddTimeDataByFile(string, string, string, string) Adds time-based data from a file to the time mapping dictionary with specified time bounds. [JsAce(\"AddTimeDataByFile($1key, $2relFile, $3beginTime, $4endTime)\")] [HttpPost] public bool AddTimeDataByFile(string key, string relFile, string beginTimeText, string endTimeText) Parameters key string Key to identify the data relFile string Relative path to the data file beginTimeText string Beginning time as text (seconds or TimeSpan format) endTimeText string Ending time as text (seconds or TimeSpan format) Returns bool True if the data was successfully added, false otherwise AppendMessagesToFile(string, params string[]) Appends messages to a file, optionally filtered by tags. [JsAce(\"AppendMessagesToFile(\\\"dstRelFile\\\",flags)\")] [HttpPost] public void AppendMessagesToFile(string dstRelFile, params string[] flags) Parameters dstRelFile string Destination relative file path flags string[] Optional flags to filter messages by tags BeginPreserve() Begin Preserve section in optimzation process. [JsAce(\"BeginPreserve()\")] [HttpPost] public void BeginPreserve() BeginSelection(string, AnchorMode, IStepShift) Begin mark on current line. milling step() has not triggered yet. [NonAction] public void BeginSelection(string key, AnchorMode anchorMode = AnchorMode.LineBegin, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the beginning of selection shift IStepShift Step shift to apply BeginSession() BeginSession() [HttpPost] public void BeginSession() ClearTimeMappingData() Clears all time mapping data. [JsAce] [HttpPost] public void ClearTimeMappingData() Diff(double) Performs a difference analysis on the workpiece geometry to detect variations. [JsAce(\"Diff($1detectionRadius_mm)\")] [HttpPost] public void Diff(double detectionRadius_mm) Parameters detectionRadius_mm double Radius for detecting differences EndPreserve() End Preserve section in optimzation process. [JsAce(\"EndPreserve()\")] [HttpPost] public void EndPreserve() EndSelection(string, AnchorMode, IStepShift) End mark on current line for selection. [NonAction] public void EndSelection(string key, AnchorMode anchorMode = AnchorMode.LineEnd, IStepShift shift = null) Parameters key string Identifier key for the selection anchorMode AnchorMode Mode for anchoring the end of selection shift IStepShift Step shift to apply EndSession() EndSession() [HttpPost] public void EndSession() ErrorMessage(string) Displays an error message in the message host. [JsAce(\"ErrorMessage($1message)\")] [HttpPost] public void ErrorMessage(string message) Parameters message string The error message to display FixedPace(double, double) Creates a fixed machining motion resolution with specified parameters. [JsAce(\"FixedPace($1linearResolution_mm, $2rotaryResolution_deg)\")] [NonAction] public FixedMachiningMotionResolution FixedPace(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters rotaryResolution_deg double Rotary resolution in degrees Returns FixedMachiningMotionResolution A new fixed machining motion resolution instance GetMillingStep(int) Retrieves a milling step at the specified index. [JsAce(Snippet = \"GetMillingStep($1\\\"stepIndex\\\")\")] [NonAction] public MachiningStep GetMillingStep(int stepIndex) Parameters stepIndex int Index of the milling step to retrieve Returns MachiningStep The milling step at the specified index GetStickMachiningToolObservationHeight_mm(int) Gets the observation height in millimeters for the specified stick machining tool. [JsAce(\"GetStickMachiningToolObservationHeight_mm($1toolId)\")] [HttpGet] public double GetStickMachiningToolObservationHeight_mm(int toolId) Parameters toolId int The ID of the tool Returns double The observation height in millimeters GetUniformContourTrayShiftAngle_deg(int) Gets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"GetUniformContourTrayShiftAngle_deg($1toolId)\")] [HttpGet] public double GetUniformContourTrayShiftAngle_deg(int toolId) Parameters toolId int The ID of the tool Returns double The shift angle in degrees LineSelection(string, AnchorMode, IStepShift, AnchorMode, IStepShift) Create a line selection from begin to end mark. [NonAction] public void LineSelection(string key, AnchorMode beginAnchorMode = AnchorMode.LineBegin, IStepShift beginShift = null, AnchorMode endAnchorMode = AnchorMode.LineEnd, IStepShift endShift = null) Parameters key string Identifier key for the selection beginAnchorMode AnchorMode Mode for anchoring the beginning of selection beginShift IStepShift Step shift to apply at beginning endAnchorMode AnchorMode Mode for anchoring the end of selection endShift IStepShift Step shift to apply at end Map(string, FileTimeSection, CycleSamplingMode?) Maps selection data to time section. [HttpPost] public Task Map(string key, FileTimeSection fileTimeSection = null, StepTimeShotUtil.CycleSamplingMode? cycleSamplingMode = CycleSamplingMode.SpindleCycle) Parameters key string Identifier key for the selection fileTimeSection FileTimeSection File time section, or null to use the one associated with the key cycleSamplingMode StepTimeShotUtil.CycleSamplingMode? Cycle sampling mode Returns Task Task representing the asynchronous mapping operation Message(string) Displays a message in the message host. [JsAce(\"Message($1message)\")] [HttpPost] public void Message(string message) Parameters message string The message to display OptimizeToFiles(string) Optimizes NC files and saves results using the specified file template. [JsAce(Snippet = \"OptimizeToFiles(\\\"Output/Opt-[NcName]\\\")\", DocContentHtml = \"Optimize To Files by substitude template keywoard \\\"[NcName]\\\"\")] [HttpPost] public void OptimizeToFiles(string relFileTemplate = \"Output/Opt-[NcName]\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder Pace() Controls the pace of machining operations during execution. [JsAce(\"Pace();\")] [HttpPost] public void Pace() Pause() Pause Player [JsAce(DocContentHtml = \"Pause Player\")] [HttpPost] public void Pause() PlayAct(IAct, IIndexedFileLine, CancellationToken?) PlayAct(IAct, IIndexedFileLine, CancellationToken?) [JsAce] [NonAction] public void PlayAct(IAct act, IIndexedFileLine sourceCommand = null, CancellationToken? cancellationToken = null) Parameters act IAct sourceCommand IIndexedFileLine cancellationToken CancellationToken? PlayClTeleport(double, double, double, double, double, double) PlayClTeleport(double, double, double, double, double, double) [JsAce] [HttpPost] public void PlayClTeleport(double x, double y, double z, double i, double j, double k) Parameters x double y double z double i double j double k double PlayCsvFile(string) Plays an CSV file with the specified relative path. [JsAce(\"PlayCsvFile($1\\\"csvFile\\\");\")] [HttpPost] public void PlayCsvFile(string relFilePath) Parameters relFilePath string Relative path to the CSV file PlayNc(string, string) Plays NC code directly from a string, executing each action and pacing between them. [JsAce(Snippet = \"PlayNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Play NC. second parameter is the file name alternative shows in the log.\")] [HttpPost] public void PlayNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs PlayNcFile(string) Plays an NC file with the specified relative path. [JsAce(\"PlayNcFile($1\\\"ncFile\\\");\")] [HttpPost] public void PlayNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file PlayToolingTeleport(int) PlayToolingTeleport(int) [JsAce] [HttpPost] public void PlayToolingTeleport(int toolId) Parameters toolId int Preserve() Preserve one line NC code in optimzation process. [JsAce(\"Preserve()\")] [HttpPost] public void Preserve() ProgressMessage(string) Displays a progress message in the message host. [JsAce(\"ProgressMessage($1message)\")] [HttpPost] public void ProgressMessage(string message) Parameters message string The progress message to display ReTrainMillingPara(SampleFlag, string, double) Re-trains milling parameters using the specified sample flag. [JsAce(\"ReTrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] [HttpPost] public void ReTrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering ReadCsvByTimeInterpolation(string) Reads a CSV file and performs time-based interpolation to map data to milling steps. [JsAce(Snippet = \"ReadCsvByTimeInterpolation($1\\\"csvFile\\\")\")] [HttpPost] public void ReadCsvByTimeInterpolation(string csvFile) Parameters csvFile string Path to the CSV file relative to the base directory ReadRuntimeGeom(string) Reads runtime geometry from a file. [JsAce(\"ReadRuntimeGeom($1\\\"srcFile\\\")\")] [HttpPost] public void ReadRuntimeGeom(string relFile) Parameters relFile string Relative path to the input file RegisterStepVariable(string, string, string, string, Func) Registers a step variable for tracking during execution. [JsAce(Snippet = \"RegisterStepVariable(\\\"$1key\\\",\\\"$2name\\\",\\\"$3unit\\\",\\\"$4formatString\\\",\\\"$5variableFunc\\\")\", DocContentHtml = \"Register Step Variable.
\\\"unit\\\" is nullable
\\\"formatString\\\" is nullable
\")] [NonAction] public void RegisterStepVariable(string key, string name, string unit, string formatString, Func variableFunc = null) Parameters key string Unique key to identify the variable name string Human-readable name of the variable unit string Physical unit of the variable (can be null) formatString string Format string for displaying the variable (can be null) variableFunc Func Function to compute the variable value from a milling step (can be null) RemoveFlyPiece() Removes any disconnected or “flying” pieces from the workpiece geometry. [JsAce] [HttpPost] public void RemoveFlyPiece() Reset() Reset Player [JsAce(DocContentHtml = \"Reset Player\")] [HttpPost] public void Reset() ResetRuntime() Clears internal buffers. [JsAce] [HttpPost] public void ResetRuntime() RunNc(string, string) Runs NC code directly from a string. [JsAce(Snippet = \"RunNc($1\\\"ncCommand\\\",$2\\\"\\\"(Direct Command)\\\"\\\");\", DocContentHtml = \"Run NC. second parameter is the file name alternative shows in the log.\")] [NonAction] public IEnumerable RunNc(string ncText, string fileNameAlternative = \"--\") Parameters ncText string NC code as a string fileNameAlternative string Alternative name to display in logs Returns IEnumerable Enumerable sequence of actions to be executed RunNcFile(string) Runs an NC file with the specified relative path. [JsAce(\"RunNcFile($1\\\"ncFile\\\");\")] [NonAction] public IEnumerable RunNcFile(string relNcFilePath) Parameters relNcFilePath string Relative path to the NC file Returns IEnumerable Enumerable sequence of actions to be executed SetNcResolutionFeedPerCycle() Sets NC resolution to feed per cycle mode. [HttpPost] public void SetNcResolutionFeedPerCycle() SetNcResolutionFeedPerTooth() Sets NC resolution to feed per tooth mode. [HttpPost] public void SetNcResolutionFeedPerTooth() SetNcResolutionFixed(double, double) Sets NC resolution to fixed mode with specified resolution values. [HttpPost] public void SetNcResolutionFixed(double linearResolution_mm, double rotaryResolution_deg) Parameters linearResolution_mm double Linear resolution in millimeters. rotaryResolution_deg double Rotary resolution in degrees. SetStickMachiningToolObservationHeight_mm(int, double) Sets the observation height in millimeters for the specified stick machining tool. [JsAce(\"SetStickMachiningToolObservationHeight_mm($1toolId,$2height_mm)\")] [HttpPost] public void SetStickMachiningToolObservationHeight_mm(int toolId, double height) Parameters toolId int The ID of the tool height double The observation height in millimeters to set SetUniformContourTrayShiftAngle_deg(int, double) Sets the shift angle in degrees for the uniform contour tray of the specified tool. [JsAce(\"SetUniformContourTrayShiftAngle_deg($1toolId,$2angle_deg)\")] [HttpPost] public void SetUniformContourTrayShiftAngle_deg(int toolId, double angle_deg) Parameters toolId int The ID of the tool angle_deg double The shift angle in degrees to set ShiftDistance_mm(double) Creates a distance shift object representing the specified distance in millimeters. [NonAction] public DistanceShift ShiftDistance_mm(double distanceShift_mm) Parameters distanceShift_mm double Distance shift in millimeters Returns DistanceShift Distance shift object ShiftTime_s(double) Creates a time shift object representing the specified time in seconds. [NonAction] public TimeShift ShiftTime_s(double seconds) Parameters seconds double Time in seconds Returns TimeShift Time shift object TrainMillingPara(SampleFlag, string, double) Trains milling parameters using the specified sample flag. [JsAce(\"TrainMillingPara(Fx|Fy|Fz, $1dstFile)\")] [HttpPost] public void TrainMillingPara(SampleFlag sampleFlag, string dstRelFile, double outlierRatio = 2) Parameters sampleFlag SampleFlag Sample flag indicating which components to train dstRelFile string Destination relative file path outlierRatio double Outlier ratio for data filtering WarningMessage(string) Displays a warning message in the message host. [JsAce(\"WarningMessage($1message)\")] [HttpPost] public void WarningMessage(string message) Parameters message string The warning message to display WriteRuntimeGeom(string) Writes the current runtime geometry to a file. [JsAce(\"WriteRuntimeGeom($1\\\"dstFile\\\")\")] [HttpPost] public void WriteRuntimeGeom(string relFile) Parameters relFile string Relative path to the output file WriteRuntimeGeomToStl(string, double) Writes the current runtime geometry to an STL file. [JsAce(\"WriteRuntimeGeomToStl($1\\\"dstFile\\\",$2resolution_mm)\")] [HttpPost] public void WriteRuntimeGeomToStl(string relFile, double resolution_mm = 0) Parameters relFile string Relative path to the output STL file resolution_mm double Resolution in millimeters (0 for default) WriteShotFiles(double, string) Writes time-series data to shot files with the specified resolution period (alternative parameter order). [NonAction] public void WriteShotFiles(double resolutionPeroid_ms, string relFileTemplate) Parameters resolutionPeroid_ms double Resolution period in milliseconds relFileTemplate string Template for output file path, can include [NcName] placeholder WriteShotFiles(string, double) Writes time-series data to shot files with the specified resolution period. [JsAce(Snippet = \"WriteShotFiles(\\\"Output/[NcName].shot.csv\\\",resolutionPeroid_ms)\", DocContentHtml = \"Write time series data by resolutionPeroid_ms\")] [HttpPost] public void WriteShotFiles(string relFileTemplate = \"Output/[NcName].shot.csv\", double resolutionPeroid_ms = 1) Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder resolutionPeroid_ms double Resolution period in milliseconds WriteStepFiles(string) Writes step-series data to files with the specified file template. [JsAce(Snippet = \"WriteStepFiles(\\\"Output/[NcName].step.csv\\\")\", DocContentHtml = \"Write step series data.\")] [HttpPost] public void WriteStepFiles(string relFileTemplate = \"Output/[NcName].step.csv\") Parameters relFileTemplate string Template for output file path, can include [NcName] placeholder"
+ "summary": "Class RuntimeController Namespace Hi.MachiningProcs Assembly HiNc.dll Provides a C# scripting API for controlling and manipulating the milling course. Allows for runtime control of milling operations, geometry manipulation, and data analysis. [ApiController] [Route(\"api/[controller]/[action]\")] public class RuntimeController : ControllerBase Inheritance object ControllerBase RuntimeController Inherited Members ControllerBase.StatusCode(int) ControllerBase.StatusCode(int, object) ControllerBase.Content(string) ControllerBase.Content(string, string) ControllerBase.Content(string, string, Encoding) ControllerBase.Content(string, MediaTypeHeaderValue) ControllerBase.NoContent() ControllerBase.Ok() ControllerBase.Ok(object) ControllerBase.Redirect(string) ControllerBase.RedirectPermanent(string) ControllerBase.RedirectPreserveMethod(string) ControllerBase.RedirectPermanentPreserveMethod(string) ControllerBase.LocalRedirect(string) ControllerBase.LocalRedirectPermanent(string) ControllerBase.LocalRedirectPreserveMethod(string) ControllerBase.LocalRedirectPermanentPreserveMethod(string) ControllerBase.RedirectToAction() ControllerBase.RedirectToAction(string) ControllerBase.RedirectToAction(string, object) ControllerBase.RedirectToAction(string, string) ControllerBase.RedirectToAction(string, string, object) ControllerBase.RedirectToAction(string, string, string) ControllerBase.RedirectToAction(string, string, object, string) ControllerBase.RedirectToActionPreserveMethod(string, string, object, string) ControllerBase.RedirectToActionPermanent(string) ControllerBase.RedirectToActionPermanent(string, object) ControllerBase.RedirectToActionPermanent(string, string) ControllerBase.RedirectToActionPermanent(string, string, string) ControllerBase.RedirectToActionPermanent(string, string, object) ControllerBase.RedirectToActionPermanent(string, string, object, string) ControllerBase.RedirectToActionPermanentPreserveMethod(string, string, object, string) ControllerBase.RedirectToRoute(string) ControllerBase.RedirectToRoute(object) ControllerBase.RedirectToRoute(string, object) ControllerBase.RedirectToRoute(string, string) ControllerBase.RedirectToRoute(string, object, string) ControllerBase.RedirectToRoutePreserveMethod(string, object, string) ControllerBase.RedirectToRoutePermanent(string) ControllerBase.RedirectToRoutePermanent(object) ControllerBase.RedirectToRoutePermanent(string, object) ControllerBase.RedirectToRoutePermanent(string, string) ControllerBase.RedirectToRoutePermanent(string, object, string) ControllerBase.RedirectToRoutePermanentPreserveMethod(string, object, string) ControllerBase.RedirectToPage(string) ControllerBase.RedirectToPage(string, object) ControllerBase.RedirectToPage(string, string) ControllerBase.RedirectToPage(string, string, object) ControllerBase.RedirectToPage(string, string, string) ControllerBase.RedirectToPage(string, string, object, string) ControllerBase.RedirectToPagePermanent(string) ControllerBase.RedirectToPagePermanent(string, object) ControllerBase.RedirectToPagePermanent(string, string) ControllerBase.RedirectToPagePermanent(string, string, string) ControllerBase.RedirectToPagePermanent(string, string, object, string) ControllerBase.RedirectToPagePreserveMethod(string, string, object, string) ControllerBase.RedirectToPagePermanentPreserveMethod(string, string, object, string) ControllerBase.File(byte[], string) ControllerBase.File(byte[], string, bool) ControllerBase.File(byte[], string, string) ControllerBase.File(byte[], string, string, bool) ControllerBase.File(byte[], string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(byte[], string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(byte[], string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(byte[], string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(Stream, string) ControllerBase.File(Stream, string, bool) ControllerBase.File(Stream, string, string) ControllerBase.File(Stream, string, string, bool) ControllerBase.File(Stream, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(Stream, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(Stream, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(Stream, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(string, string) ControllerBase.File(string, string, bool) ControllerBase.File(string, string, string) ControllerBase.File(string, string, string, bool) ControllerBase.File(string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.File(string, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.File(string, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.PhysicalFile(string, string) ControllerBase.PhysicalFile(string, string, bool) ControllerBase.PhysicalFile(string, string, string) ControllerBase.PhysicalFile(string, string, string, bool) ControllerBase.PhysicalFile(string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.PhysicalFile(string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.PhysicalFile(string, string, string, DateTimeOffset?, EntityTagHeaderValue) ControllerBase.PhysicalFile(string, string, string, DateTimeOffset?, EntityTagHeaderValue, bool) ControllerBase.Unauthorized() ControllerBase.Unauthorized(object) ControllerBase.NotFound() ControllerBase.NotFound(object) ControllerBase.BadRequest() ControllerBase.BadRequest(object) ControllerBase.BadRequest(ModelStateDictionary) ControllerBase.UnprocessableEntity() ControllerBase.UnprocessableEntity(object) ControllerBase.UnprocessableEntity(ModelStateDictionary) ControllerBase.Conflict() ControllerBase.Conflict(object) ControllerBase.Conflict(ModelStateDictionary) ControllerBase.Problem(string, string, int?, string, string) ControllerBase.Problem(string, string, int?, string, string, IDictionary) ControllerBase.ValidationProblem(ValidationProblemDetails) ControllerBase.ValidationProblem(ModelStateDictionary) ControllerBase.ValidationProblem() ControllerBase.ValidationProblem(string, string, int?, string, string, ModelStateDictionary) ControllerBase.ValidationProblem(string, string, int?, string, string, ModelStateDictionary, IDictionary) ControllerBase.Created() ControllerBase.Created(string, object) ControllerBase.Created(Uri, object) ControllerBase.CreatedAtAction(string, object) ControllerBase.CreatedAtAction(string, object, object) ControllerBase.CreatedAtAction(string, string, object, object) ControllerBase.CreatedAtRoute(string, object) ControllerBase.CreatedAtRoute(object, object) ControllerBase.CreatedAtRoute(string, object, object) ControllerBase.Accepted() ControllerBase.Accepted(object) ControllerBase.Accepted(Uri) ControllerBase.Accepted(string) ControllerBase.Accepted(string, object) ControllerBase.Accepted(Uri, object) ControllerBase.AcceptedAtAction(string) ControllerBase.AcceptedAtAction(string, string) ControllerBase.AcceptedAtAction(string, object) ControllerBase.AcceptedAtAction(string, string, object) ControllerBase.AcceptedAtAction(string, object, object) ControllerBase.AcceptedAtAction(string, string, object, object) ControllerBase.AcceptedAtRoute(object) ControllerBase.AcceptedAtRoute(string) ControllerBase.AcceptedAtRoute(string, object) ControllerBase.AcceptedAtRoute(object, object) ControllerBase.AcceptedAtRoute(string, object, object) ControllerBase.Challenge() ControllerBase.Challenge(params string[]) ControllerBase.Challenge(AuthenticationProperties) ControllerBase.Challenge(AuthenticationProperties, params string[]) ControllerBase.Forbid() ControllerBase.Forbid(params string[]) ControllerBase.Forbid(AuthenticationProperties) ControllerBase.Forbid(AuthenticationProperties, params string[]) ControllerBase.SignIn(ClaimsPrincipal) ControllerBase.SignIn(ClaimsPrincipal, string) ControllerBase.SignIn(ClaimsPrincipal, AuthenticationProperties) ControllerBase.SignIn(ClaimsPrincipal, AuthenticationProperties, string) ControllerBase.SignOut() ControllerBase.SignOut(AuthenticationProperties) ControllerBase.SignOut(params string[]) ControllerBase.SignOut(AuthenticationProperties, params string[]) ControllerBase.TryUpdateModelAsync(TModel) ControllerBase.TryUpdateModelAsync(TModel, string) ControllerBase.TryUpdateModelAsync(TModel, string, IValueProvider) ControllerBase.TryUpdateModelAsync(TModel, string, params Expression>[]) ControllerBase.TryUpdateModelAsync(TModel, string, Func